JP3187775U - Display stand - Google Patents

Abstract

An object of the present invention is to provide a display stand having a display space in which a display space can be increased by providing a storage function in a portion below the placement portion in a display stand having a placement portion for an object to be displayed on the top. .
A display base 1 includes a main body 10, a pair of shelves 200, and an upper component 300, and is capable of displaying an object to be displayed on the upper component 300. By providing the shelf 200 on the front side and the back side of the main body 10, the storage function can be given to the lower side of the upper component 300, and in particular, the front side and the rear of the lower component 300. A storage space can be provided on the side.
[Selection] Figure 1

Description

  The present invention relates to a display stand, and more particularly to a display stand having a placement part for a display object on a top.

  DESCRIPTION OF RELATED ART Conventionally, what is shown to patent document 1-patent document 3 exists as a display stand which has a mounting part of a to-be-displayed object in a top part.

  The assembly type floor display described in Patent Document 1 includes a table base 10, a reinforcing member 20 accommodated in the table base 10, a table 30 placed on the table base 10, and a table sheet laid on the bottom surface of the table 30. 40.

  The display stand described in Patent Document 2 is characterized in that a floor plate 2 is supported and reinforced by a folding plate 1 formed by folding inwardly the lower portions of two opposing surfaces of a rectangular cylinder.

  In the display stand described in Patent Document 3, the side plate 1 is vertically divided by a separation line 2, the lower separation plate is the entry side plate 3, the upper separation plate is the exit side plate 4, and both sides of the side plate 1 are mountain fold lines. The floor plate 7 is placed on the top edge of the entrance side plate 3 so that the entrance side plate 3 supports the floor plate 7.

JP 2005-66008 A JP 2001-120400 A JP 2000-70089 A

  However, in the display stand having the display portion for the display object on the top, there is a problem that the display object can be displayed only by the display portion provided at the bottom, and the display space is small. In particular, it has been demanded that a portion below the placement portion, that is, a portion functioning as a leg portion also has a storage function.

  In view of this, the present invention provides a display stand that has a placement portion for an object to be displayed on the top, and can have a display space that can be increased by providing a storage function in a portion below the placement portion. Is intended to provide.

  The present invention was created to solve the above-mentioned problems. First, it is a display stand comprising a main body (10) and a pair of shelves (200) attached to the main body. A lower constituent part (5) having an upper constituent part (300) attached to the upper end of the main body part, the main body part being constituted by a sheet-like blank, and a sheet-like blank The first component is provided from the front plate portion (30) and the side portion on the first side which is one of the front plate portions in the left-right direction. First glue margin (40), front first inner plate (50) provided in order from the side opposite to the glue margin of the front plate, and first outer plate (70) And the rear first inner plate (90), and the second component is the other of the rear plate (130) and the rear plate in the left-right direction. A second margin part (140) provided from the side part on the second side, and a rear second inner plate part (150) provided in order from the side part opposite to the glue part of the rear plate part, And the second outer plate portion (170) and the front second inner plate portion (190), and the horizontal length of the first outer plate portion is equal to the horizontal length of the front first inner plate portion. It is formed longer than the sum of the lateral lengths of the rear first inner plate portion, and the lateral length of the second outer plate portion is equal to the lateral length of the front second inner plate portion and the rear side. It is formed longer than the sum of the lateral lengths of the second inner plate part, the first glue margin part is bonded to the inner surface of the second outer plate part, and the second glue margin part is the first outer plate part. Adheres to the inner surface, the front first inner plate portion adheres to the second glue margin portion or the first outer plate portion, and the rear first inner plate portion adheres to the first outer plate portion or the second glue margin portion. And the front second inner plate portion is bonded to the second outer plate portion or the first glue margin portion, and the rear second inner plate portion is Adhering to one glue margin or the second outer plate portion, the front plate portion and the rear plate portion are provided substantially parallel to each other, and the front first inner plate portion, the front second inner plate portion, and the rear first inner plate. The rear part and the rear second inner plate part are provided with insertion parts (52K, 92K, 152K, 192K) for inserting the insertion piece parts of the shelf part, and the shelf part is for placing an object to be displayed. The shelf main body (201) and the insertion piece portions (210, 212) provided from both sides of the shelf main body, and the upper component portion is a floor plate portion having a substantially square plate shape to be displayed. And a frame-like portion (370) provided around the floor plate portion, and the first outer plate portion and the second outer plate portion of the main body portion are connected to the front plate. The main body is substantially H-shaped when viewed from above by making it perpendicular to the head and the rear plate, and the upper end of the main body is inserted into the frame-shaped portion of the upper component. The upper component is attached to the upper end of the main body, and one shelf in the pair of shelves is inserted by inserting the insertion piece into the inserted portion provided in the front first inner plate and the front second inner plate. The display stand is assembled by attaching the other shelf and attaching the other shelf by inserting the insertion piece into the inserted portion provided in the rear first inner plate and the rear second inner plate. It is characterized by.

  In the display stand having the first structure, not only the display object can be displayed on the upper component part, but also the pair of shelf parts are provided on the front side and the rear side of the main body part, thereby A storage function can be provided on the lower side, and in particular, a storage space can be provided on the lower front side and back side of the upper component.

  In addition, the main body portion includes the first outer plate portion, the front first inner plate portion, and the rear first inner plate portion so as to increase the angle between the front plate portion and the front first inner plate portion. And the second outer plate portion, the second front inner plate portion, and the second rear inner portion so that the angle between the rear plate portion and the second rear inner plate portion is increased. By rotating the plate portion relative to the front plate portion and the rear plate portion, the plate portion can be folded into a flat shape, and space can be saved.

  Second, in the first configuration, the first outer plate portion is provided via a first belt-like portion (60) formed along the side portion of the front first inner plate portion, and the rear The side first inner plate portion is provided via a second belt-shaped portion (80) formed along the side portion of the first outer plate portion, and the second outer plate portion is the rear second inner plate portion. The fourth belt-like portion (180) provided along the side portion of the second outer plate portion is provided via the third belt-like portion (160) formed along the side portion. It is characterized by being provided via.

  Thirdly, in the first or second configuration, the first adhesive margin portion is formed on the side opposite to the front plate portion with respect to the broken line between the first plate margin portion and the front plate portion. Cut the area along the fold line between the first paste margin main body and the front plate portion in the front plate portion with the main body (41) and the first paste margin protruding portion provided continuously from the first paste margin portion main body. A first paste margin projecting portion (42, 44) formed to protrude to the front plate portion side with respect to the fold line between the first paste margin main body and the front plate portion by lacking, and the second paste margin The second paste margin main body (141) formed on the opposite side of the rear plate portion from the broken line between the rear plate portion and the second paste margin continuously provided from the second paste margin main body The rear plate portion is more protruding than the fold line between the second paste margin main body and the rear plate portion by notching a region along the fold line between the second paste margin main body and the rear plate portion in the rear plate portion. Second projecting to the side And having a dive projecting portion (142, 144). Therefore, since the 1st glue margin part has not only the 1st glue margin part main part but the 1st glue margin part projection-like part, the state of right angle to the 2nd outer plate part of the front board part is stabilized. Since the second glue margin has not only the second glue margin main body but also the second glue margin projection, The right-angled state of the rear plate portion with respect to the first outer plate portion can be stably maintained, and the substantially H shape of the main body portion can be easily maintained.

  Fourth, in the third configuration, the front first inner plate portion is bonded to the second paste margin main body, and the rear first inner plate portion is the first outer plate portion and the second paste. Adhering to the protuberance protruding portion, the front second inner plate portion adhering to the first paste margin main body, and the rear second inner plate portion being the second outer plate portion and the first adhesive margin protruding portion It is characterized by being adhered to.

  Fifth, in any one of the first to fourth configurations, the shelf main body of the shelf is provided so as to be inclined downward so that the upper surface of the shelf main body goes to the back side. It is characterized by. Therefore, the object to be displayed can be easily seen when viewed from obliquely above.

  Sixth, in any one of the first to fifth configurations, the shelf portion is formed by a single sheet-like blank, and the shelf portion includes an upper plate portion (204) and an upper plate. A bottom plate portion (208) bonded to the upper plate portion and bonded to the upper plate portion, and the upper plate portion and the bottom plate portion are bonded to form the shelf body by the upper plate portion and the bottom plate portion. The insertion piece portion is formed from both sides of the bottom plate portion.

  Seventhly, in the sixth configuration, the bottom plate portion is provided via a fifth belt-like portion (206) formed along the side portion of the top plate portion.

  Eighthly, in the sixth or seventh configuration described above, a protruding bottom plate protruding portion (on a side opposite to the side portion where the upper plate portion of the bottom plate portion is provided) 208c), and the front plate portion and the rear plate portion are provided with second inserted portions (30a, 130a) for inserting the bottom plate portion protruding portions. Therefore, since the back side of the shelf is also fixed to the main body, the shelf can be firmly fixed to the main body, and the main body itself can maintain a substantially H-shape and the strength of the main body is increased. Can do.

  Ninth, in any one of the sixth to eighth configurations, the lower plate (214) extends from the side opposite to the side on which the upper plate of the bottom plate is provided. Protruding lower plate projections (214a, 214b) are provided on opposing sides of the lower plate, and the front first inner plate, the rear first inner plate, and the front second inner The plate portion and the rear second inner plate portion are provided with third inserted portions (54, 94, 154, 194) for inserting the lower plate portion protruding portion. 3. In a state where the shelf portion is attached to the main body portion by being inserted into the inserted portion, the outer surface of the lower plate portion is directed obliquely upward. Therefore, it is possible to make the contents of the advertisement easier to see by printing the advertisement on the lower plate portion and displaying it.

Tenth, in any of the sixth to ninth configurations, the back plate (202) extends from the side opposite to the side on the side of the top plate where the bottom plate is provided. Provided,
In the state where the shelf is attached between the front first inner plate part and the front second inner plate part of the main body part and the upper end of the back plate part is in contact with the front plate part, the rear plate part moves upward toward the front plate part side. Inclined to be in position,
When the shelf is attached between the rear first inner plate portion and the rear second inner plate portion of the main body portion, and the upper end of the rear plate portion is in contact with the rear plate portion, the rear plate portion goes to the rear plate portion side. It is provided so as to be inclined so as to be in the upper position. Therefore, the back surface of the display object can be supported by the back plate portion, and the display object can be prevented from falling to the near side.

  Eleventhly, in any one of the first to tenth configurations, the inner plate portion (302, 304) in which the frame-like portion in the upper component portion is provided upright from each side of the floor plate portion. 306, 308), an outer plate portion (322, 324, 326, 328) provided on the opposite side of the inner plate portion from the floor plate portion side and provided substantially parallel to the corresponding inner plate portion, and one of the floor plate portions The connecting plate portion (330, 332, 334, 336) provided from the opposite side portion of the first outer plate portion, which is the outer plate portion corresponding to the opposite side portion, and the other opposite side portion in the floor plate portion And a back plate portion (352, 354) provided on the side opposite to the inner plate portion side of the second outer plate portion, which is a corresponding outer plate portion, and provided substantially parallel to the corresponding second outer plate portion. The lower end of each outer plate portion is formed so as to protrude downward from the floor plate portion, and the inner portion corresponding to the first outer plate portion is formed. A pair of connecting plate portions facing each other at the connecting plate portion provided from the opposing first outer plate portion when the connecting plate portion is bent inward with respect to the first outer plate portion as being substantially parallel to the first portion. Are formed so as to be engageable with each other, and a connecting plate portion is disposed between the second outer plate portion and the inner plate portion corresponding to the second outer plate portion, and the second outer plate portion and the second outer plate portion. When the connecting plate portion is disposed between the back plate portions corresponding to, and the upper end of the main body portion is inserted inside the frame-like portion, the upper end of the main body portion is located inside the first outer plate portion and the inner side of the back plate portion. It is characterized by being arranged in.

  Twelfth, in the eleventh configuration, the outer plate portion is provided via a sixth belt-shaped portion (312, 314, 316, 318) formed along the side portion of the inner plate portion, The back plate portion is provided through seventh band portions (342, 344) formed along the side portion of the second outer plate portion.

  Moreover, 13th is a display stand, Comprising: The lower structure part (5) which has a main-body part (10) and a pair of shelf part (200) attached to a main-body part, and the upper structure attached to the upper end of a main-body part Part (300), the main body part has a first component part (20) constituted by a sheet-like blank and a second component part (120) constituted by a sheet-like blank, The first component part is a front plate part (30), a first paste margin part (40) provided from a side part on the first side which is one of the front plate part in the left-right direction, and a paste of the front plate part A front first inner plate portion (50), a first strip portion (60), a first outer plate portion (70), and a second strip portion (80) provided in order from the side opposite to the substitute portion. ) And a rear first inner plate portion (90), and the first glue margin portion is formed on the opposite side of the front plate portion from the fold line between the first plate portion and the front plate portion. A region along the fold line between the first paste margin main body and the front plate portion in the front plate portion is formed by the portion main body (41) and the first paste margin protruding portion continuously provided from the first paste margin portion main body. It has a first glue margin projecting portion (42, 44) formed by projecting toward the front plate part side from the fold line between the first glue margin main body and the front plate part by notching, and has a second configuration The rear plate portion (130), the second paste margin portion (140) provided from the side portion on the second side which is the other in the left-right direction of the rear plate portion, and the paste margin portion of the rear plate portion Is a rear second inner plate portion (150), a third strip portion (160), a second outer plate portion (170), and a fourth strip portion (180) provided in this order from the opposite side portion. A second margin part main body having a front second inner plate part (190), the second glue margin part being formed on the opposite side of the rear plate part from the fold line between the rear plate part ( 141) and the second glue margin body The second adhesive margin main body and the rear plate portion are formed by cutting out a region along the fold line between the second adhesive margin main body and the rear plate portion in the rear plate portion by the projecting second adhesive margin portion protruding portion. A second glue margin projecting portion (142, 144) formed to project to the rear plate portion side from the intervening fold line, and the lateral length of the first outer plate portion is the front first inner The lateral length of the second outer plate portion is formed to be longer than the sum of the lateral length of the plate portion and the lateral length of the rear first inner plate portion. Are formed longer than the sum of the lateral length of the rear side second inner plate portion and the lateral length of the rear second inner plate portion, and the first margin portion main body and the first margin portion protruding portion of the first margin portion are formed. Adhering to the inner surface of the second outer plate part, the second adhesive margin main body of the second adhesive margin part and the second adhesive margin projecting part adhere to the inner surface of the first outer plate part, and the front side The first inner plate portion is bonded to the second adhesive margin main body, and the rear first inner plate portion is 1 Adhering to the outer plate portion and the second adhesive margin projecting portion, the front second inner plate portion adhering to the first adhesive margin main body, the rear second inner plate portion being the second outer plate portion and Adhering to the first adhesive margin protruding portion, the front plate portion and the rear plate portion are provided substantially parallel to each other, and the front first inner plate portion, the front second inner plate portion, and the rear first inner plate portion, The rear second inner plate portion is provided with a first insertion portion (52K, 92K, 152K, 192K) for inserting the insertion piece portion of the shelf portion, and the shelf portion is formed by one sheet-like blank. The formed shelf is a shelf body for placing objects to be displayed. The upper plate (204) and the fifth strip (206) provided along one side of the upper plate. And a bottom plate portion (208) which is provided from the side opposite to the upper plate portion of the fifth belt-like portion and is bonded to the upper plate portion, and is opposite to the fifth belt-like portion side of the bottom plate portion. Projecting bottom plate projecting part at the end of 208c) is provided from the shelf main body (201), the insertion piece portions (210, 212) provided from both sides of the bottom plate portion, and the side portion opposite to the fifth belt-like portion side of the bottom plate portion. The lower plate portion (214) provided with the protruding lower plate portion protruding portions (214a, 214b) on the opposite side portions and the fifth plate-like portion of the upper plate portion on the opposite side. A back plate portion (202) provided from the side portion, the front plate portion and the rear plate portion are provided with second inserted portions (30a, 130a) for inserting the bottom plate portion protruding portion, A third inserted portion (54) for inserting a lower plate-shaped protrusion into the front first inner plate portion, the rear first inner plate portion, the front second inner plate portion, and the rear second inner plate portion. , 94, 154, 194), and in a state in which the protruding portion of the lower plate portion is inserted into the third insertion portion and the shelf portion is attached to the main body portion, In the state where the side surface faces obliquely upward, the shelf is attached between the front first inner plate portion and the front second inner plate portion of the main body portion, and the upper end of the rear plate portion is in contact with the front plate portion, Is provided so as to be at an upper position as it goes to the front plate portion side, and the shelf portion is attached between the rear first inner plate portion and the rear second inner plate portion of the main body portion, and the upper end of the rear plate portion. Is in contact with the rear plate portion, the rear plate portion is provided so as to be at an upper position as it goes to the rear plate portion side, and the upper component portion is covered with a floor plate portion having a substantially square plate shape. It has a floor board part (301) for placing a display object, and a frame-like part (370) provided around the floor board part, and the frame-like part is erected from each side of the floor board part. The inner plate portion (302, 304, 306, 308) provided and the sixth belt-like portion (312, 314, 316, 318) provided along the side of the inner plate portion opposite to the floor plate portion side. When, The outer plate portion (322, 324, 326, 328) provided from the side opposite to the inner plate portion of the sixth belt-like portion and provided substantially parallel to the corresponding inner plate portion is opposed to one of the floor plate portions. Corresponding to the connecting plate portion (330, 332, 334, 336) provided from the opposite side portion of the first outer plate portion, which is the outer plate portion corresponding to the side portion, and the other opposite side portion in the floor plate portion. A seventh strip (342, 344) provided along a side opposite to the inner plate of the second outer plate that is the outer plate, and a second outer plate of the seventh strip Has a back plate portion (352, 354) provided from the opposite side portion and provided substantially parallel to the corresponding second outer plate portion, and the lower end of each outer plate portion projects downward from the floor plate portion. The connecting plate portion is bent inward with respect to the first outer plate portion with the first outer plate portion being substantially parallel to the corresponding inner plate portion. Further, a pair of connecting plate portions facing each other at the connecting plate portions provided from the opposing first outer plate portions are formed to be engageable with each other, and the second outer plate portion and the inner portions corresponding to the second outer plate portion are formed. The connecting plate portion is disposed between the plate portions, the connecting plate portion is disposed between the second outer plate portion and the back plate portion corresponding to the second outer plate portion, and the first outer plate portion and the first outer plate portion in the main body portion are arranged. 2 By making the outer plate part a right angle with respect to the front plate part and the rear plate part, the main body part is substantially H-shaped in top view, and the upper end of the main body part is inserted inside the frame-like part of the upper component part The upper component is attached to the upper end of the main body with the upper end of the main body disposed inside the first outer plate and the inner side of the back plate, and the front first inner plate and the front second inner plate One shelf part in a pair of shelf parts is attached by inserting an insertion piece part into the first insertion part provided in the rear side first By attaching the other shelf by inserting the insertion piece portion to the first target insertion portion provided in the second internal plate portion back and the plate portion, characterized in that the display stand is assembled.

  In the display stand of the thirteenth configuration, not only the display object can be displayed on the upper component part, but also the pair of shelf parts are provided on the front side and the rear side of the main body unit, A storage function can be provided on the lower side, and in particular, a storage space can be provided on the lower front side and back side of the upper component.

  In addition, the main body portion includes the first outer plate portion, the front first inner plate portion, and the rear first inner plate portion so as to increase the angle between the front plate portion and the front first inner plate portion. And the second outer plate portion, the second front inner plate portion, and the second rear inner portion so that the angle between the rear plate portion and the second rear inner plate portion is increased. By rotating the plate portion relative to the front plate portion and the rear plate portion, the plate portion can be folded into a flat shape, and space can be saved.

  Moreover, since the 1st glue margin part has not only the 1st glue margin part main body but the 1st glue margin part protrusion part, the right angle state with respect to the 2nd outer plate part of the front board part is stabilized. Since the second glue margin has not only the second glue margin main body but also the second glue margin projection, The right-angled state of the rear plate portion with respect to the first outer plate portion can be stably maintained, and the substantially H shape of the main body portion can be easily maintained.

  In addition, since the back side of the shelf is fixed to the main body by the bottom plate protrusion in the shelf, the shelf can be firmly fixed to the main body, and the main body itself also maintains a substantially H shape. In addition, the strength of the main body can be increased.

  Moreover, since the lower board part is provided, the content of an advertisement can be made easy to see by printing an advertisement on the lower board part and displaying it.

  Further, since the back plate portion is provided, the back plate portion can support the back side surface of the display object, and the display object can be prevented from falling to the near side.

  According to a fourteenth aspect, in the eleventh, twelfth or thirteenth configuration, one of the pair of connecting plate portions facing each other is a protruding portion having a constricted base end. And the other of the pair of connecting plate portions has a notch that fits into the protruding portion of the connecting plate portion.

  According to the display stand based on the present invention, not only the display object can be displayed on the upper component part, but also the pair of shelf parts are provided on the front side and the rear side of the main body part, A storage function can be provided on the lower side, and in particular, a storage space can be provided on the lower front side and back side of the upper component.

It is a front perspective view of the right side surface of a display stand. It is a front perspective view of the left side surface side of a display stand. It is a back perspective view of the left side surface side of a display stand. It is a back perspective view of the right side surface side of a display stand. It is an expanded view of a 1st structure part. It is an expanded view of a 2nd structure part. It is an expanded view of a shelf part. It is an expanded view of an upper structure part. It is a perspective view of the state which folded the main-body part. It is a perspective view which shows the state which made the shelf part flat. It is a perspective view which shows the state which made the upper structure part flat. It is a perspective view which shows the state in the middle of the assembly of an upper structure part. It is a perspective view which shows the state which assembled the upper structure part. It is a front perspective view which shows the state which assembled the main-body part. It is a perspective view which shows the method of attaching an upper structure part to a main-body part. It is a front perspective view which shows the state which attached the upper structure part to the main-body part. It is explanatory drawing which shows the manufacturing process of a main-body part. It is explanatory drawing which shows the manufacturing process of a main-body part. It is explanatory drawing which shows the manufacturing process of a main-body part.

  In the present invention, in a display stand having a placement part for an object to be displayed on the top, a display stand capable of increasing the display space by providing a storage function in a portion below the placement part. The purpose of providing was realized as follows.

  The display stand 1 based on this invention is comprised as shown in FIGS. 1-8, and has the lower structure part 5 and the upper structure part 300 installed in the upper end of the lower structure part 5. FIG.

  Here, the lower component 5 has a main body 10 and a shelf 200 attached to the front side and the back side of the main body 10, and the main body 10 is substantially H-shaped (substantially H in top view). It may be a mold shape). That is, as shown in FIG. 14, the main body 10 includes a central wall 10 </ b> A that is erected in the left-right direction, a right wall 10 </ b> B that is connected to the right side of the central wall 10 </ b> A, and a central wall 10 </ b> A. And a left side wall portion 10C provided on the left side surface side.

  The configuration of the main body unit 10 will be specifically described with reference to FIGS. 1 to 6, FIG. 14, and the like. The main body unit 10 includes a first configuration unit 20 and a second configuration unit 120. The unit 20 and the second component unit 120 are both configured by a single sheet-like blank (specifically, a blank made of cardboard (for example, a thin cardboard) or a paper blank such as a cardboard blank). The first component 20 and the second component 120 are formed identically.

  Here, the structure of the 1st structure part 20 is demonstrated. The 1st structure part 20 is the paste margin continuously provided via the broken line C1 from the side part by the side of the right side surface of the front plate part 30 and the front plate part 30. Part (first adhesive margin part) 40, front left inner plate part (front first inner plate part) 50 connected from the side on the left side of front plate part 30 via fold line C2, and front left A belt-like portion (first belt-like portion) 60 provided continuously from a side portion on the front side of the inner plate portion 50 via a broken line C3 and a portion provided on the left side surface side of the belt-like portion 60 via a broken line C4. A left outer plate portion (first outer plate portion) 70, a belt-like portion (second belt-like portion) 80 connected from the side on the back side of the left outer plate portion 70 via a broken line C5, and a belt-like portion 80. And a rear left inner plate portion (rear first inner plate portion) 90 connected from the side portion on the right side through a broken line C6.

  That is, the adhesive margin portion 40, the front plate portion 30, the front left inner plate portion 50, the belt-like portion 60, the left outer plate portion 70, the belt-like portion 80, and the rear left inner plate portion 90 are sequentially provided in a line. The adhesive margin portion 40, the front plate portion 30, the front left inner plate portion 50, the left outer plate portion 70, and the rear left inner plate portion 90 are provided in a line in order, and the left outer plate portion 70 is interposed via the belt-like portion 60. The front left inner plate portion 50 is provided continuously from the front left inner plate portion 50, and the rear left inner plate portion 90 is provided continuously from the left outer plate portion 70 via the band-shaped portion 80.

  Here, the front plate portion 30 has a substantially square shape (specifically, a vertically long substantially rectangular shape), and is used to form the protruding portions 42 and 44 along the side portion on the right side of the rectangular shape. While having a notch part, the strip | belt-shaped opening part (2nd insertion part) 30a for inserting the protrusion part 208c of the shelf part 200 is formed in the horizontal direction.

  In addition, the margin part 40 is continuously provided from the front plate part 30 via the broken line C1, and the margin part 40 includes the glue part main body (first glue part main body) 41 and the front part of the glue margin part main body 41. And projecting portions (first pasting portion projecting portions) 42 and 44 formed to project toward the plate portion 30 side.

  Here, the margin part main body 41 has a vertically long band shape, and has a trapezoidal shape in which the upper side and the lower side are cut off obliquely. Further, the projecting portion 42 and the projecting portion 44 have a substantially rectangular shape (specifically, a rectangular shape in which a pair of end portions on the opposite side to the adhesive margin main body 41 side in the rectangular shape is formed), The protruding portion 42 and the protruding portion 44 are formed in the same size and the same shape, and the protruding portion 42 and the protruding portion 44 are formed with an interval in the vertical direction. The projecting portions 42 and 44 and the front plate portion 30 are partitioned by cutting. Since the margin portion 40 has not only the margin portion main body 41 but also the protruding portions 42 and 44, the state of the right angle with respect to the right outer plate portion 170 of the front plate portion 30 can be stably maintained. The substantially H shape of the main body 10 can be easily held.

  Further, the front left inner plate part 50 has a substantially rectangular shape (specifically, a vertically long substantially rectangular shape), and has a notch part for forming a flap 72 on the belt-like part 60 side of the rectangular upper end. It has a shape. Further, a flap 52 is provided at a substantially central position in the vertical direction of the front left inner plate portion 50, and a inserted portion 54 is provided at a lower position of the front left inner plate portion 50. A portion of the front left inner plate portion 50 other than the flap 52 is a front left inner plate portion main body 51.

  The flap 52 has a substantially trapezoidal shape, and has a semicircular opening 52a, a notch 52b continuously provided from the opening 52a, and a notch 52c (notch 52b) continuously provided from the opposite side of the notch 52b of the opening 52a. And the notch 52c are formed on the same straight line), a notch 52d provided continuously from the notch 52b and formed at an obtuse angle with respect to the notch 52b, and formed at an obtuse angle with respect to the notch 52c. The cut 52e is formed, and a bent line 52f connecting the end of the cut 52d and the end of the cut 52e is formed. The cuts 52b and 52c and the broken line 52f are formed in parallel. In addition, the directions of the cuts 52b and 52c and the broken line 52f are formed so as to be inclined downward from the front side to the back side.

  The flap 212 of the shelf 200 can be inserted into the hole 52K formed by bending the flap 52 inward. That is, the hole 52K surrounded by the side along the opening 52a and the cuts 52b, 52c, 52d, and 52e and the side along the broken line 52f serves as a portion to be inserted into which the flap 212 is inserted.

  The inserted portion (third inserted portion) 54 is formed of a substantially U-shaped opening, and is rectangular with respect to the opening 54 a from the rectangular opening 54 a and both ends of the opening 54. It is comprised from the groove parts 54b and 54c formed in this. The inserted portion 54 is for inserting the protruding portion 214b in the shelf portion 200 (the shelf portion 200 attached to the front side).

  A plurality of linear cuts are formed along the fold line C2 between the front left inner plate part 50 and the front plate part 30 so as to be easily bent.

  Moreover, the strip | belt-shaped part 60 is exhibiting the vertically long strip | belt shape. The upper end of the belt-like portion 60 is formed below the upper ends of the front left inner plate portion 50 and the left outer plate portion 70 because the flap 72 is provided.

  Further, the left outer plate part 70 has a square shape (specifically, a vertically long rectangular shape), and its horizontal width is greater than the horizontal width of the front left inner plate part 50 and the horizontal width of the rear left inner plate part 90. Is larger (specifically, twice or more in length).

  A flap 72 is formed from the upper end of the side portion on the front side of the left outer plate portion 70 via a broken line. The flap 72 has a substantially square shape. The flap 72 is provided along the back plate 352 inside the back plate 352 when the upper component 300 is attached to the lower component 5.

  Further, a flap 74 is formed from the upper end of the side portion on the back side of the left outer plate portion 70 via a broken line. The flap 74 has a substantially square shape. The flap 74 is provided along the back plate portion 354 inside the back plate portion 354 when the upper component portion 300 is attached to the lower component portion 5. The flap 72 and the flap 74 are formed symmetrically, and the flap 72 and the flap 74 are formed line-symmetrically in the deployed state of the first component 20.

  Further, the rear left inner plate portion 90 has a substantially rectangular shape (specifically, a vertically long substantially rectangular shape), and has a notch portion for forming a flap 74 on the belt-like portion 60 side of the upper end of the rectangular shape. It has the shape. Further, a flap 92 is provided at a substantially central position in the vertical direction of the rear left inner plate portion 90, and a inserted portion 94 is provided at a lower position of the rear left inner plate portion 90. A portion other than the flap 92 in the rear left inner plate portion 90 is a rear left inner plate portion main body 91.

  The flap 92 is formed symmetrically with the flap 52 (line symmetry in the developed state of the first component 20). That is, the flap 92 has a substantially trapezoidal shape, and has a semicircular opening 92a, a notch 92b provided continuously from the opening 92a, and an notch 92c (continuously provided from the opposite side of the notch 92b of the opening 92a). The notch 92b and the notch 92c are formed on the same straight line), the notch 92d connected from the notch 92b and formed at an obtuse angle with respect to the notch 92b, and the obtuse angle with respect to the notch 92c provided from the notch 92c. And a bent line 92f connecting the end of the notch 92d and the end of the notch 92e. The cuts 92b and 92c and the broken line 92f are formed in parallel. In addition, the direction of the cuts 92b and 92c and the broken line 92f is formed so as to be inclined downward from the front side to the back side.

  The insertion piece 210 of the shelf 200 can be inserted into the hole 92 </ b> K formed by bending the flap 92 inward. In other words, the hole 92K surrounded by the opening 92a, the sides along the notches 92b, 92c, 92d, and 92e and the side along the broken line 92f is a portion to be inserted into which the flap 210 is inserted.

  The inserted portion (third inserted portion) 94 is formed by a substantially U-shaped opening, and is formed symmetrically with the inserted portion 54 (in a developed state of the first component 20, line symmetry). Yes. The inserted portion 94 is for inserting the protruding portion 214a in the shelf portion 200 (the shelf portion 200 attached to the back side).

  Next, the configuration of the second component 120 will be described. The second component 120 is composed of a rear plate portion 130 and an adhesive margin provided continuously from the left side of the rear plate portion 130 via a broken line C11. Part (second adhesive margin part) 140, rear side right inner plate part (rear side second inner plate part) 150 provided continuously from the side part on the right side surface of front plate part 130 via broken line C12, A belt-like portion (third belt-like portion) 160 continuously provided from a side portion on the back surface side of the front left inner plate portion 50 via a broken line C13, and a side portion on the right side surface of the belt-like portion 160 connected via a broken line C14. A right outer plate portion (second outer plate portion) 170 provided, a belt-like portion (fourth belt-like portion) 180 continuously provided from a side portion on the front side of the right outer plate portion 170 via a broken line C15, and a belt-like shape And a front right inner plate portion (front second inner plate portion) 190 connected from the side portion on the left side surface of the portion 180 via a broken line C16.

  That is, the adhesive margin 140, the rear plate portion 130, the rear right inner plate portion 150, the belt-like portion 160, the right outer plate portion 170, the belt-like portion 180, and the front right inner plate portion 190 are sequentially provided in a line. The adhesive margin 140, the rear plate portion 130, the rear right inner plate portion 150, the right outer plate portion 170, and the front right inner plate portion 190 are provided in a line in order, and the right outer plate portion 170 is interposed via the belt-shaped portion 160. The rear right inner plate portion 150 is continuously provided from the rear right inner plate portion 150, and the front right inner plate portion 190 is continuously provided from the right outer plate portion 170 through a belt-like portion 180.

  Here, the second component 120 is formed point-symmetrically with the first component 20 in the assembled state of the main body 10, and the deployed state of the second component 120 is the same as the deployed state of the first component 20. Detailed description will be omitted. That is, the rear plate portion 130 has the same configuration as the front plate portion 30, the glue margin portion 140 has the same configuration as the glue margin portion 40, and the rear right inner plate portion 150 is identical to the front left inner plate portion 50. The belt-shaped portion 160 has the same structure as the belt-shaped portion 60, the right outer plate portion 170 has the same structure as the left outer plate portion 70, and the belt-shaped portion 180 has the same structure as the belt-shaped portion 80. The front right inner plate portion 190 has the same configuration as the rear left inner plate portion 90.

  The rear plate portion 130 is formed with an opening (second insertion portion) 130a. The opening 130a has the same configuration as the opening 30a.

  The margin portion 140 has not only the margin portion main body (second past margin portion main body) 141 but also projecting portions (second past margin portion projecting portions) 142 and 144, similar to the pasting portion 40. Therefore, the state perpendicular to the left outer plate portion 70 of the rear plate portion 130 can be stably maintained, and the substantially H shape of the main body portion 10 can be easily maintained.

  The rear right inner plate portion 150 is formed with a flap 152 and a inserted portion (third inserted portion) 154. The flap 152 has the same configuration as the flap 52, and the flap 152 is bent inward. The formed hole 152K has the same configuration as that of the hole 52K and serves as a portion to be inserted into which the flap 212 is inserted. The inserted portion 154 has the same configuration as the inserted portion 54.

  Further, the front right inner plate 190 has a flap 192 and a plugged portion (third plugged portion) 194. The flap 192 has the same configuration as the flap 92, and the flap 192 is bent inward. The hole portion 192K formed by the above has the same configuration as the hole portion 92K, and serves as an insertion portion into which the flap 210 is inserted. The inserted portion 194 has the same configuration as the inserted portion 94. The portion other than the flap 152 in the rear right inner plate portion 150 becomes the rear right inner plate portion main body 151, and the portion other than the flap 192 in the front right inner plate portion 190 becomes the rear right inner plate portion main body 191.

  A plurality of straight cuts are formed along the broken line C12 between the rear right inner plate portion 150 and the rear plate portion 130 so as to be easily bent.

  Further, flaps 172 and 174 are continuously provided from the right outer plate portion 170 through a broken line. The flap 172 has the same configuration as the flap 72, and the flap 174 has the same configuration as the flap 74.

  In the first component 20, the horizontal length h2 of the left outer plate portion 70 is the horizontal length h1 of the rear left inner plate portion 90 and the horizontal length of the front left inner plate portion 50. In the second component 120, the lateral length h12 of the right outer plate portion 170 is equal to the lateral length h11 of the front right inner plate portion 190 and the rear right inner portion. The plate portion 150 is formed to be longer than the sum of the lateral lengths h13 of the plate portion 150, whereby the front plate portion 30 and the rear plate portion 130 are parallel to each other with a gap (may be substantially parallel).

  In the assembled state of the main body 10, the glue margin 40 (the glue margin main body 41 and the protruding portions 42, 44) is bonded to the inner surface of the right outer plate 170, and the front right inner plate 190 is The region along the inner surface of the outer plate 170 and the inner surfaces of the projecting portions 42 and 44, and the region along the front side of the rear right inner plate 150 is bonded to the glue margin main body 41. ing. Further, the margin portion 140 (the margin portion main body 141 and the projecting portions 142 and 144) is bonded to the inner surface of the left outer plate portion 70, and the rear left inner plate portion 90 is disposed on the inner side of the left outer plate portion 70. The area along the back side of the front left inner plate part 50 is adhered to the glue margin main body 141, and the front side left inner plate part 50 is adhered to the inner surface of the projection part 142, 144. The plate portion 30 and the rear plate portion 130 are formed in parallel to each other with a gap therebetween, and the right outer plate portion 170, the front right inner plate portion 190, and the rear right inner plate portion 150 are formed in parallel to each other. The left outer plate portion 70, the front left inner plate portion 50, and the rear left inner plate portion 90 are formed in parallel to each other.

  In the main body 10, the central wall 10 </ b> A includes a front plate 30 and a rear plate 130, and the right wall 10 </ b> B includes a right outer plate 170, a front right inner plate 190, and a rear right inner plate. The left side wall portion 10 </ b> C includes a left outer plate portion 70, a front left inner plate portion 50, a rear left inner plate portion 90, and a glue margin portion 140.

  An example of a method for manufacturing the main body 10 will be described. The first component part 20 and the second component part 120 in the unfolded state are prepared, the first component part 20 is set to have the surface on which the front plate part 30 is located on the upper side, and the rear plate part 130 serves as the second component part 120. The adhesive margin 140 is bonded to the left outer plate 70 with the inner surface as the upper side (see FIG. 17A). In the left and right direction, the adhesive portion of the adhesive margin 140 on the left outer plate portion 70 is set so that the fold line C11 is positioned at the horizontal width h1 of the rear left inner plate portion 90 from the fold line C5. The upper side of the first component 20 in the state and the upper side of the second component 120 in the unfolded state are matched, and the lower side of the first component 20 in the unfolded state and the lower side of the second component 120 in the unfolded state are matched. Position.

  When the margin portion 140 is bonded to the left outer plate portion 70, the margin portion main body 141 and the protruding portions 42 and 44 are bonded to the left outer plate portion 70. In FIG. 17A, bonding is performed in regions S1, S2, and S3 indicated by hatching.

  Next, the region on the opposite side of the margin line C11 with respect to the broken line C11 in the second component 120 is rotated via the broken line C11 and turned back to the margin part 140 side (see FIG. 17 (b)). The adhesive is applied to the region S4 of the rear left inner plate part 90 opposite to the belt part 80, and the belt part 80 is bent with respect to the left outer plate part 70 via the broken line C5. By bending the inner plate portion 90 with respect to the belt-like portion 80 via the fold line C6, the rear left inner plate portion 90, the left outer plate portion 70, and the protruding portions 142 and 144 are bonded (FIG. 17 ( c)).

  Next, the area on the opposite side of the adhesive margin 140 from the broken line C11 in the second component 120 is rotated via the broken line C11 to return the second component 120 to the original expanded state, and the front left Adhesive is applied to the region S5 on the front plate 30 side of the plate 50 and the region S6 on the rear plate 130 side of the rear right inner plate 150 (see FIG. 18D). .

  Thereafter, the belt-like portion 60 is bent with respect to the left outer plate portion 70 via a broken line C4, and the front left inner plate portion 50 is bent with respect to the belt-like portion 60 via a broken line C3. Assuming that the region from the plate portion 50 to the margin portion 40 is folded back through the belt-like portion 60, the region S5 is adhered to the margin portion main body 141, and the region S6 is adhered to the margin portion main body 41 (FIG. 18 ( e)).

  Thereafter, an adhesive is applied to the adhesive region S7 of the right outer plate portion 170 with the adhesive margin main body 41, and an adhesive is applied to the region S8 of the projecting portion 42 and the region S9 of the projecting portion 44. 160 is bent with respect to the rear right inner plate portion 150 via the broken line C13, and the right outer plate portion 170 is bent with respect to the belt-like portion 160 via the broken line C14. The region up to the front right inner plate portion 190 is folded back through the belt-shaped portion 160, and the region S7 is bonded to the paste margin main body 41 (see FIG. 18 (f)).

  Next, the state of FIG. 18 (f) is turned upside down so that the front plate portion 30 is turned through the broken line C1, and the rear plate portion 130 is turned through the broken line C11. 19 (g), and in this state, an adhesive is applied to the region S10 at the end opposite to the belt-like portion 180 of the front right inner plate 190, and then the belt-like portion 180 is removed. The front right inner plate portion 190 is bent with respect to the right outer plate portion 170 via the broken line C15, and the front right inner plate portion 190 is bent with respect to the strip portion 180 via the broken line C16. The region S8 is bonded to the right outer plate portion 170 and the projecting portions 42 and 44 by turning back through 180 (see FIG. 19H). As described above, the main body 10 is manufactured.

  Next, as shown in FIG. 1 to FIG. 4 and FIG. 7, the shelf 200 includes a shelf main body 201, a back plate 202 that is connected to the upper side from the back end of the shelf main body 201, and It has a lower plate part 214 provided continuously from the rear end of the shelf body 201 to the lower side, and insertion pieces 210 and 212 provided continuously from the left and right sides of the shelf body 201. The shelf 200 is formed of a single sheet-like blank (specifically, a paper blank such as a cardboard blank (for example, a thin cardboard blank) or a cardboard blank).

  Here, the unfolded state of the blank constituting the shelf 200 is configured as shown in FIG. 7, and the back plate 202 and the upper plate connected from one side of the back plate 202 through a broken line. 204, a belt-like portion 206 provided continuously from a side portion of the upper plate portion 204 opposite to the back plate portion 202 via a broken line, and a broken line from a side portion opposite to the upper plate portion 204 of the belt-like portion 206 A bottom plate portion 208 that is provided continuously through the bottom plate portion 208, a lower plate portion 214 that is provided continuously from the side portion opposite to the belt-like portion 206 of the bottom plate portion 208 via a broken line, and a side on the right side surface of the bottom plate portion 208. The insertion piece portion 210 is provided continuously from the portion via the broken line, and the insertion piece portion 212 is provided continuously from the side on the left side of the bottom plate portion 208 via the broken line. The region S11 is bonded to the bottom plate portion 208 by applying an adhesive to the region S11 of the upper plate portion 204. The top plate portion 204, the belt-like portion 206, and the bottom plate portion 208 constitute a shelf body 201.

  Here, the back plate portion 202 has a horizontally long rectangular shape, and both end portions on the opposite side to the upper plate portion 204 are obliquely cut and chamfered. In a state where the shelf 200 is attached to the main body 10, the side opposite to the upper plate portion 204 of the back plate portion 202 (that is, the upper end of the back plate portion 202) is connected to the front plate portion 30 or the rear plate portion 130. In this state, the back plate portion 202 is provided so as to be inclined so as to be in an upper position as it goes to the front plate portion 30 (rear plate portion 130) side.

  Further, the upper plate portion 204 has a substantially square shape (specifically, a substantially rectangular shape), and has a shape in which the protruding portions 204a and 204b of the belt-like portions are formed on both sides of the square shape. That is, the protruding portions 204a and 204b are formed on the side of the left and right sides of the upper plate portion 204 on the back plate portion 202 side. Note that the upper plate portion 204 may have a square shape (specifically, a rectangular shape). A plurality of straight cuts are formed along the fold line between the back plate portion 202 and the upper plate portion 204 so as to be easily bent. The belt-like portion 206 is formed in a belt-like shape along a fold line between the upper plate portion 204 and a fold line between the bottom plate portion 208.

  Further, the bottom plate portion 208 has a substantially square shape (specifically, a substantially rectangular shape), and has a shape in which the protruding portions 208a and 208b of the belt-like portions are formed on both sides of the square shape. That is, with the bottom plate portion 208 bonded to the upper plate portion 204, the protruding portion 208a is formed at a position corresponding to the protruding portion 204a, and the protruding portion 208b is formed at a position corresponding to the protruding portion 204b. Yes. The protrusions 208 a and 208 b are in contact with the flaps 52, 92, 152, and 192 when the shelf 200 is attached to the main body 10. That is, for the shelf 200 attached to the front side, the projection 208a contacts the flap 192, the projection 208b contacts the flap 52, and for the shelf 200 attached to the back side, the projection 208a is the flap. 92, and the protrusion 208 b contacts the flap 152.

  In addition, a projecting portion (bottom plate projecting portion) 208c having a substantially square shape (specifically, a substantially horizontal rectangular shape) is provided at an end portion of the bottom plate portion 208 on the lower plate portion 214 side. The protruding portion 208 c is formed by forming a substantially U-shaped cut formed between a pair of broken lines between the bottom plate portion 208 and the lower plate portion 214. That is, in the unfolded state of the shelf portion 200, the bottom plate portion 208 and the lower plate portion 214 are partitioned through the substantially U-shaped cut and the pair of broken lines.

  When the shelf 200 is attached to the front side of the main body 10, the protruding portion 208 c is inserted into the opening 30 a of the front plate 30, and when the shelf 200 is attached to the back side of the main body 10, The shaped part 208 c is inserted into the opening part 130 a of the rear plate part 130.

  Moreover, the insertion piece part 210 is continuously provided via the broken line from the protrusion part 208a, and is exhibiting the substantially trapezoid shape. Moreover, the insertion piece part 212 is connected from the protruding part 208b via a broken line, and has a substantially trapezoidal shape. When the shelf 200 is attached to the front side of the main body 10, the insertion piece 210 is inserted into the hole 192K and fixed between the front right inner plate 190 and the right outer plate 170, and the insertion piece 212 is inserted. Is inserted between the holes 52K and fixed between the front left inner plate portion 50 and the left outer plate portion 70, and when the shelf portion 200 is attached to the back side of the main body portion 10, the insertion piece portion 210 has a hole portion. 92K is fixed between the rear left inner plate portion 90 and the left outer plate portion 70, and the insertion piece portion 212 is inserted into the hole 152K between the rear right inner plate portion 150 and the right outer plate portion 170. Fixed to.

  The lower plate portion 214 has a shape in which projecting portions (lower plate portion projecting portions) 214a and 214b and notches 216a and 216b are formed on both left and right sides of the square shape. That is, a notch 216a is formed on the right side of the lower plate 214 close to the bottom plate 208, and a notch 216b is formed on the left side. The notches 216a and 216b have a substantially trapezoidal shape that becomes narrower toward the inside. These notches 216a and 216b are provided so that the lower plate 214 can be easily grasped by hand when the protruding portions 214a and 214b of the lower plate 214 are attached to the main body 10. The projecting portions 214 a and 214 b are provided on opposite sides of the lower plate portion 214. In the state in which the shelf 200 is attached to the main body 10, the lower plate 214 has a surface of the lower plate 214 facing obliquely upward as shown in FIGS. When attached between the plate portion 190 and the front left inner plate portion 50, the lower plate portion 214 becomes the outer side (front side) as it goes downward, and the shelf portion 200 is connected to the rear right inner plate portion 150 and the rear left side. When attached between the inner plate portions 90, the lower plate portion 214 is arranged so as to be on the outer side (back side) as it goes downward, and the position of the lower end of the lower plate portion 214 in the height direction is the main body. When the main body 10 is installed on the installation surface, the lower end of the lower plate portion 214 is also in contact with the installation surface.

  Further, the protruding portion 214a is formed on the tip side of the lower plate portion 214 (on the side opposite to the bottom plate portion 208 side) from the notch portion 216a in the side portion on the right side surface of the lower plate portion 214, and has a strip shape (elongated rectangular shape). It may be in the form of Further, the protruding portion 214b is formed on the tip side of the lower plate portion 214 (on the side opposite to the bottom plate portion 208 side) than the notch portion 216b in the side portion on the left side surface of the lower plate portion 214, and has a strip shape (elongated rectangular shape). It may be in the form of

  When the shelf part 200 is attached to the front side of the main body part 10, the protruding part 214 a is inserted into the inserted part 194, and the protruding part 214 b is inserted into the inserted part 54. When the shelf 200 is attached to the back side of the main body 10, the protruding portion 214 a is inserted into the inserted portion 94, and the protruding portion 214 b is inserted into the inserted portion 154.

  In addition, the width in the left-right direction of the back plate 202, the width in the left-right direction other than the positions where the protrusions 214a and 214b of the upper plate 204 are formed, and the left-right direction other than the positions where the protrusions 208a and 208b of the bottom plate 208 are formed And the width in the left-right direction other than the formation positions of the protruding portions 214a and 214b and the notch portions 216a and 216b are the same (may be substantially the same), and the assembled main body portion 10, the length between the front right inner plate portion 190 and the front left inner plate portion 50 and the length between the rear right inner plate portion 150 and the rear left inner plate portion 90 are formed to be substantially the same (strictly slightly shorter). ing.

  Moreover, as shown in FIGS. 1 to 4 and FIG. 13, the upper component part 300 includes a floor plate part 301 and a frame-like part 370 erected from each side of the floor board part 301. , Frame constituent parts 370-2, 370-4, 370-6, 370-8. As shown in FIG. 8, the upper component section 300 is made of a single sheet-like blank (specifically, a paper blank such as a cardboard blank (for example, a thin cardboard blank) or a cardboard blank). Is formed.

  Here, the unfolded state of the upper component part 300 is configured as shown in FIG. 8, and includes a floor plate part 301, inner plate parts 302, 304, 306, 308, belt-like parts (sixth belt-like parts) 312, 314, 316, 318, outer plate portions 322, 324, 326, 328, connecting plate portions 330, 332, 334, 336, strip portions (seventh strip portions) 342, 344, back plate portions 352, 354, And flaps 360, 362, 364, and 366.

  Here, the floor plate portion 301 has a rectangular shape, and the length in the left-right direction is formed to be substantially the same (strictly, slightly larger) than the length in the lateral direction of the front plate portion 30 and the rear plate portion 130, and the front-rear direction Is formed to be substantially the same (strictly slightly smaller) than the lateral length of the right outer plate portion 170 and the left outer plate portion 70.

  Further, the inner plate portion 302 is continuously provided from the side portion on the front side of the floor plate portion 301 via a broken line, and the inner plate portion 304 is provided continuously from the side portion on the back side of the floor plate portion 301 via a broken line, The inner plate portion 306 is continuously provided from the side portion on the right side surface of the floor plate portion 301 via a broken line, and the inner plate portion 308 is provided continuously from the side portion on the left side surface of the floor plate portion 301 via a broken line. Yes. The inner plate portions 302 and 304 have a rectangular shape, and are formed substantially the same as the length of the floor plate portion 301 in the left-right direction (strictly, slightly shorter). Further, the inner plate portions 306 and 308 have a substantially rectangular shape (a rectangular shape in which corners on both sides on the floor plate portion 301 side are obliquely chamfered), and the length in the horizontal direction is the length of the floor plate portion 301 in the front-rear direction. (Strictly speaking, it is formed slightly longer). The inner plate portions 302, 304, 306, and 308 have the same width (the length between the side portion of the floor plate portion 301 and the side portion opposite to the side portion).

  In addition, the belt-like portion 312 is connected from the side of the inner plate portion 302 opposite to the floor plate portion 301 via a broken line, and the belt-like portion 314 is a side of the inner plate portion 304 opposite to the floor plate portion 301. The belt-like portion 316 is continuously provided via a polygonal line from the side opposite to the floor plate portion 301 of the inner plate portion 306, and the belt-like portion 318 is provided as a floor plate of the inner plate portion 308. It is connected from the side opposite to the part 301 via a broken line. The belt-like portions 312, 314, 316, and 318 are all formed in a belt-like shape, and the belt-like portion 312 is formed longer than the lateral length of the inner plate portion 302 and protrudes on both sides of the inner plate portion 302. The portion 314 is formed longer than the lateral length of the inner plate portion 304 and is formed to protrude on both sides of the inner plate portion 304, and the band-shaped portion 316 is formed slightly longer than the lateral length of the inner plate portion 306. The belt-like portion 318 is formed slightly longer than the lateral length of the inner plate portion 308 and slightly protruded on both sides of the inner plate portion 308. . The widths of the strips 312, 314, 316, and 318 (the length between the sides on the inner plate portions 302, 304, 306, and 308 side and the sides on the outer plate portions 322, 324, 326, and 328 sides) are formed to be the same. Has been.

  In addition, the outer plate portion 322 is continuously provided via a broken line from the side opposite to the inner plate portion 302 of the band-shaped portion 312, and the outer plate portion 324 is opposite to the inner plate portion 304 of the band-shaped portion 314. The outer plate portion 326 is continuously provided via a broken line from the side opposite to the inner plate portion 306 of the belt-like portion 316, and the outer plate portion 328 is provided as a belt-like portion. 318 is continuously provided from the side opposite to the inner plate 308 via a broken line. The outer plate portions 322, 324, 326, and 328 all have a rectangular shape, and the lateral length of the outer plate portion 322 is the same (may be substantially the same) as that of the band-shaped portion 312, and the outer plate portion 324 is formed. The lateral length of the outer plate 326 is the same (may be substantially the same) as the strip 314, and the lateral length of the outer plate 326 is the same (may be substantially the same) as the strip 316. The lateral length of the outer plate portion 328 is formed to be the same (substantially the same) as that of the belt-like portion 314. The widths of the outer plate portions 322, 324, 326, and 328 (the length between the side portions of the band-like portions 312, 314, 316, and 318 and the side portion opposite to the side portions) are formed to be the same. The widths of the outer plate portions 322, 324, 326, and 328 are formed larger than the widths of the inner plate portions 302, 304, 306, and 308. The lower ends of the outer plate portions 322, 324, 326, and 328 are formed on the floor plate portion 301. Protrudes downwards.

  In addition, the connecting plate portion 330 is provided continuously from the side portion on the front side of the outer plate portion 326 via a broken line, and has a shape in which a protruding portion that engages with a notch portion of the connecting plate portion 332 is formed at a square end. Presents. In other words, the connecting plate portion 330 has a rectangular main body portion 330a and a protruding portion 330b that is connected from the side opposite to the outer plate portion 326 of the main body portion 330a. The protruding portion 330b has a constricted shape in which the proximal end side is narrower than the distal end side.

  Further, the connecting plate portion 332 is formed in a shape having a cutout portion 332a on the rectangular front end side (the side opposite to the outer plate portion 326), and has the same shape (may be substantially the same) as the protruding portion 330b. It is formed in size. Thereby, the connecting plate part 330 and the connecting plate part 332 can be connected by engaging the protruding part 330b with the notch part 332a.

  In addition, the connecting plate portion 334 is connected to the front side of the outer plate portion 328 via a broken line, and has a shape in which a protruding portion that engages with a notch portion of the connecting plate portion 336 is formed at a square end. Presents. The connecting plate portion 334 has the same configuration as the connecting plate portion 332, and the connecting plate portion 336 has the same configuration as the connecting plate portion 330. That is, the connecting plate portion 334 is formed with a notch 334a, and the connecting plate portion 336 has a rectangular main body portion 336a and a constricted protruding portion 336b.

  Further, the belt-like portion 342 is continuously connected from the side portion opposite to the belt-like portion 312 of the outer plate portion 322 via a broken line, and is shorter than the lateral length of the outer plate portion 322 (substantially the same as the inner plate portion 302). Of length). Further, the belt-like portion 344 is connected from the side opposite to the belt-like portion 314 of the outer plate portion 324 via a broken line, and is shorter than the lateral length of the outer plate portion 324 (substantially the same as the inner plate portion 304). Of length).

  Further, the back plate portion 352 is connected to the side of the strip-shaped portion 342 opposite to the outer plate portion 322 via a broken line, and is formed in a rectangular shape. The lateral length of the back plate portion 352 is formed longer than the lateral length of the strip portion 342, and is formed so as to protrude from both sides of the strip portion 342. A polygonal line that is inclined with respect to the polygonal line between the back plate portion 352 and the belt-like portion 342 (inclined at about 45 degrees) is formed from both ends on the belt-like portion 342 side. Further, the flap 360 is continuously provided via a broken line from the side on the right side of the back plate 352, and the flap 362 is provided continuously via a broken line from the side on the left side of the back plate 352. The flaps 360 and 362 have a square shape.

  The back plate portion 354 is connected to the side of the belt-like portion 344 opposite to the outer plate portion 324 via a broken line, and is formed in a rectangular shape. The lateral length of the back plate portion 354 is formed to be longer than the lateral length of the strip portion 344 and is formed so as to protrude from both sides of the strip portion 344. A polygonal line that is inclined with respect to a polygonal line between the back plate portion 354 and the belt-like portion 344 (inclined at about 45 degrees) is formed from both ends on the belt-like portion 344 side. Further, the flap 364 is continuously provided via a broken line from a side portion on the right side of the back plate portion 354, and the flap 366 is provided via a broken line from a side portion on the left side of the back plate portion 354, The flaps 364 and 366 have a square shape.

  The upper constituent part 300 is formed point-symmetrically in its expanded state. That is, each part (inner plate part 302, belt-like part 312, outer plate part 322, belt-like part 342, back plate part 352, flaps 360, 362) formed on the front side of floor board part 301, and the back side of floor board part 301 Each part (inner plate part 304, belt-like part 314, outer plate part 324, belt-like part 344, back plate part 354 and flaps 364, 366) is formed in line symmetry. In addition, each part (inner plate part 306, belt-like part 316, outer plate part 326, connecting plate part 330, 332) formed on the right side surface side of the floor board part 301, and each part formed on the left side surface side of the floor board part 301. (Inner plate portion 308, belt-like portion 318, outer plate portion 328, and connecting plate portions 334, 336) are formed point-symmetrically.

  In addition, a plurality of linear cuts are formed at intervals in the fold line between the floor plate portion 301 and the inner plate portions 302, 304, 306, and 308 so as to be easily bent.

  Further, the inner plate portion 306 and the outer plate portion 326 are bonded in advance by applying an adhesive to the region S11, and the inner plate portion 308 and the outer plate portion 328 are bonded in advance by applying an adhesive to the region S12. Has been.

  In the state in which the upper component part 300 is assembled, the inner plate parts 302, 304, 306, and 308 are bent and erected with respect to the floor board part 301, and the belt-like parts 312, 314, 316, and 318 are respectively The outer plate portions 322, 324, 326, and 328 are bent with respect to the continuous inner plate portions, and the outer plate portions 322, 324, 326, and 328 are bent with respect to the continuous band portions and provided in parallel with the corresponding inner plate portions. It is done.

  The connecting plate part 330 and the connecting plate part 334 are bent with respect to the outer plate part provided continuously, and the projecting part 330b and the notch part 334a are engaged, and the connecting plate part 332 and the connecting plate part 336 are The protrusions 336b and the notches 332a are engaged with each other by bending the outer plate portions provided continuously. The connecting plate portions 330 and 334 are sandwiched between the inner plate portion 302 and the outer plate portion 322, and the connecting plate portions 332 and 336 are sandwiched between the inner plate portion 304 and the outer plate portion 324. .

  The band-like parts 342 and 344 are bent with respect to the outer plate part provided continuously, and the back plate parts 352 and 354 are bent with respect to the provided belt-like parts, respectively. The connection plate portions 330 and 334 are sandwiched between the back plate portion 354 and the outer plate portion 324, and the connection plate portions 332 and 336 are sandwiched between the back plate portion 354 and the outer plate portion 324.

  The flaps 360 and 362 are bent with respect to the back plate portion 352 so that the flap 360 is in contact with the outer plate portion 326 along the outer plate portion 326, and the flap 362 is outer plate along the outer plate portion 328. The state comes into contact with the portion 328. Similarly, the flaps 364 and 366 are bent with respect to the back plate portion 354 so that the flap 364 is in contact with the outer plate portion 326 along the outer plate portion 326, and the flap 366 is along the outer plate portion 328. Then, it comes into contact with the outer plate portion 328.

  Actually, the inner plate portions 302, 304, 306, and 308 stand upright with respect to the floor plate portion 301, the outer plate portion 322 is parallel to the inner plate portion 302, and the outer plate portion 324 becomes the inner plate portion 304. In a state of being parallel to each other, the connecting plate portion 330 and the connecting plate portion 334 are engaged, and the connecting plate portion 332 and the connecting plate portion 336 are engaged (see FIG. 12), and then the outer plate portion 322 is moved. The connecting plate portions 330 and 334 are sandwiched between the outer plate portion 322 and the inner plate portion 302 in parallel with the inner plate portion 302, and the back plate portion 352 is further set in parallel with the outer plate portion 322. And the outer plate portion 322 with the connecting plate portions 330 and 334 sandwiched therebetween, the flaps 360 and 362 are bent with respect to the back plate portion 352, and the outer plate portion 324 is parallel to the inner plate portion 304 and is The connecting plate portion 332 is connected by the plate portion 324 and the inner plate portion 304. 336, and the back plate portion 354 parallel to the outer plate portion 324, the back plate portion 354 and the outer plate portion 324 sandwich the connecting plate portions 332, 336, and the flaps 364, 366 are Bend with respect to the back plate 354. As described above, the upper component part 300 is assembled as shown in FIG.

In the upper component part 300, the inner plate part 302, the band-like part 312, the outer plate part 322, the band-like part 342, the back plate part 352, and the connecting plate parts 330 and 334 constitute a frame constituting part 370-2.
The inner plate portion 304, the strip-shaped portion 314, the outer plate portion 324, the strip-shaped portion 344, the back plate portion 354, and the connecting plate portions 332 and 336 constitute a frame component portion 370-4, and the inner plate portion 306 and the strip-shaped portion 316 The outer plate portion 326 constitutes a frame constituting portion 370-6, and the inner plate portion 308, the strip-like portion 318, and the outer plate portion 328 constitute a frame constituting portion 370-8. Further, the configuration other than the floor plate portion 301 in the upper configuration unit 300 configures the frame-shaped unit 370.

  In the state in which the display stand 1 is assembled, the shelf 200 is attached to the front side and the back side of the main body 10 arranged in an H shape when viewed from above, and the upper component 300 is arranged at the upper end of the main body 10. Is done. By inserting the upper end of the main body 10 into the bottom surface side of the upper component 300, the upper component 300 is attached to the main body 10 (may be the lower component 5). That is, in a state where the upper component part 300 is attached to the upper end of the main body part 10, the outer plate part 326 is arranged outside the right outer plate part 170, and the outer plate part 328 is arranged outside the left outer plate part 70, The flap 174 is bent with respect to the right outer plate portion 170 and is in contact with the inner side of the back plate portion 352 along the inner side of the rear plate portion 352, and the flap 72 is bent with respect to the left outer plate portion 70. As a result, the flap 74 is bent with respect to the left outer plate portion 70 along the inner side of the back plate portion 352, and the flap 74 is bent with respect to the inner side of the back plate portion 354. The flap 172 is bent with respect to the right outer plate 170 and is in contact with the inside of the back plate 354 along the inside of the back plate 354.

  The use state of the display stand 1 having the above configuration will be described. Since the main body unit 10, the shelf unit 200, and the upper component unit 300 can be folded, they can be stored and transported in a folded state, thereby saving space.

  That is, for the main body 10, as shown in FIG. 9, the front left inner plate portion 50 is rotated toward the front plate portion 30 and the rear right inner plate portion 150 is rotated toward the rear plate portion 130. Can be flattened. That is, by rotating the front left inner plate portion 50 toward the front plate portion 30, the left outer plate portion 70, the front left inner plate portion 50, and the rear left inner plate portion 90 are changed to the front plate portion 30 and the rear plate portion. 130, the rear right inner plate portion 150 is rotated toward the rear plate portion 130, so that the right outer plate portion 170, the front right inner plate portion 190, and the rear right inner plate portion 150 are moved to the front plate. It becomes substantially parallel to the part 30 and the rear plate part 130 and can be made flat as a whole.

  Further, the shelf 200 can be folded flat as shown in FIG. 10 by making the lower plate 214 the same plane with respect to the bottom plate 208.

  Further, the upper component part 300 includes parts formed on the front side of the floor plate part 301 (inner plate part 302, belt-like part 312, outer plate part 322, belt-like part 342, back plate part 352 and flaps 360, 362), Each part (inner plate part 304, belt-like part 314, outer plate part 324, belt-like part 344, back plate part 354, flaps 364, 366) formed on the back side of floor board part 301 is made flush with floor board part 301, By making the inner plate portions 306 and 308 coplanar with the floor plate portion 301, it can be folded into a flat shape as shown in FIG.

  When assembling the display stand 1, the main body 10 and the upper component 300 are assembled.

  For the main body 10, the left outer plate 70, the front left inner plate 50, and the rear left inner plate 90 are rotated by rotating the front left inner plate 50 to the right at the front plate 30. Is perpendicular to the front plate portion 30 and the rear plate portion 130, and the right outer plate portion 170 and the front side are rotated by turning the rear right inner plate portion 150 to be perpendicular to the rear plate portion 130. The right inner plate portion 190 and the rear right inner plate portion 150 are perpendicular to the front plate portion 30 and the rear plate portion 130, and as a whole, as shown in FIG. It is formed in a substantially H shape when viewed.

  The upper component 300 is assembled as shown in FIG. 13 by assembling as described above.

  When the main body 10 and the upper component 300 are assembled, the upper component 300 is attached to the upper end of the main body 10. For example, as shown in FIG. 13, by inserting the main body 10 that is turned upside down into the upper structure 300 that is upside down as shown in FIG. 13, the upper structure 300 is inserted into the main body 10 as shown in FIG. 15. It is attached. The state shown in FIG. 16 is turned upside down from the state shown in FIG. 15, and thereafter, the shelf 200 is attached.

  That is, for the shelf 200 attached to the front side, the lower plate 214 is bent with respect to the bottom plate 208, the projecting portion 208c is inserted into the opening 30a, and then the insertion piece 210 is bent downward. In this state, it is inserted into the hole 192K, and the insertion piece 212 is inserted into the hole 52K while being bent downward. Accordingly, the flap 192 is bent inward with respect to the front right inner plate portion main body 191 and is in contact with the bottom plate portion 208, and the flap 52 is bent inward with respect to the front left inner plate portion main body 51 and is in contact with the bottom plate portion 208. . Further, the flap 92 is bent inward with respect to the rear left inner plate portion main body 91 and comes into contact with the bottom plate portion 208, and the flap 152 is bent inward with respect to the rear right inner plate portion main body 151 to be bent into the bottom plate portion 208. Touch.

  Thereafter, the protruding portions 214a and 214b on both sides of the lower plate portion 214 are inserted into the insertion portion. That is, for the shelf 200 attached to the front side, the protruding portion 214a is inserted into the inserted portion 194, the protruding portion 214b is inserted into the inserted portion 54, and for the shelf 200 attached to the rear side, the protruding portion 214a. Is inserted into the inserted portion 94, and the protruding portion 214 b is inserted into the inserted portion 154.

  The display stand 1 can be assembled as described above. The state in which the display stand 1 is assembled is as shown in FIGS.

  After assembling the display stand 1, an object to be displayed is placed on the upper surface of the floor plate portion 301 of the upper component 300 and displayed on the upper surface of the shelf main body 201 of the shelf 200 provided on both sides of the main body 10. A display object can be placed and displayed. Accordingly, not only the display object can be displayed on the upper component part 300 but also the pair of shelf parts 200 are provided on the front side and the rear side of the main body part 10 so as to be stored below the upper component part 300. A function can be provided, and in particular, a storage space can be provided on the lower front side and the rear side of the upper component 300.

  In addition, since the shelf main body 201 is provided so as to be inclined downward toward the back side, it is easy to see the display object (particularly the side surface of the display object) when viewed from obliquely above. it can.

  In addition, with the upper end of the rear plate portion 202 in contact with the front plate portion 30 and the rear plate portion 130, the rear plate portion 202 is inclined so as to be at an upper position toward the front plate portion 30 (rear plate portion 130). (In particular, the back plate portion 202 is substantially perpendicular to the upper plate portion 204), so that the back side surface of the display object can be supported, and the display object is prevented from falling to the near side. Can be prevented. That is, since the upper plate portion 204 and the front plate portion 30 or the rear plate portion 130 form an acute angle, when the rear plate portion 202 is not provided, the lower portion of the display object is pushed into the rear side to display the display object. Is inclined to the near side with respect to the upper surface of the upper plate portion 204, and the display object may fall to the near side. However, in the case of the present embodiment, the back plate portion 202 is provided. Absent.

  Further, by inserting the protruding portion 208c of the shelf portion 200 into the opening portion 30a of the front plate portion 30 (the opening portion 130a of the rear plate portion 130), the back side of the shelf portion 200 is also fixed to the main body portion. The portion 200 can be firmly fixed to the main body portion 10, and the main body portion 10 itself can maintain the substantially H shape firmly, and the strength of the main body portion 10 can be increased.

  Further, in a state in which the shelf 200 is attached to the main body 10, the lower plate portion 214 is disposed so that the surface of the lower plate portion 214 faces obliquely upward as shown in FIGS. 1 to 4. An advertisement can be displayed on the plate unit 214 by printing or the like.

  In addition, since the lower end of the lower plate portion 214 is in contact with the installation surface, the self-supporting property of the display stand 1 can be improved accordingly.

  Further, the main body 10 has the upper component 300 attached to the upper end and the shelves 200 attached to the front side and the back side, so that it can maintain a substantially H shape in top view and bottom view. The independence of the part 10 can be maintained.

  In the above description, the glue margin main body 41 is bent from the front plate portion 30 to the back side and bonded to the right outer plate portion 170, but is bent from the front plate portion 30 to the front side and is attached to the right outer side. It may be bonded to the plate portion 170. Further, the adhesive margin main body 141 is bent from the rear plate portion 30 to the front side and bonded to the left outer plate portion 70, but is bent from the rear plate portion 130 to the front side and bonded to the left outer plate portion 70. It is good also as what to do.

  In this case, the front left inner plate portion 50 is bonded to the protruding portions 142 and 144 and the left outer plate portion 70, and the rear right inner plate portion 150 is bonded to the protruding portions 42 and 44 and the right outer plate portion 170. The rear left inner plate portion 90 is bonded to the paste margin main body 141, and the front right inner plate portion 190 is bonded to the paste margin main body 41.

  In the above description, the front left inner plate portion 50 is bonded to the adhesive margin 140. However, the front left inner plate portion 50 may be bonded to the left outer plate portion 70, and the rear right inner plate portion 150 is bonded. Is bonded to the glue margin 40, but the rear right inner plate 150 may be bonded to the right outer plate 170.

  In the above description, the rear left inner plate portion 90 is bonded to the projecting portions 142 and 144 and the left outer plate portion 70. However, the rear left inner plate portion 90 is bonded only to the left outer plate portion 70. The front right inner plate portion 190 may be bonded to the projecting portions 42 and 44 and the right outer plate portion 170, but the front right inner plate portion 190 may be bonded only to the right outer plate portion 170. Good. Conversely, the rear left inner plate portion 90 may be bonded only to the protruding portions 142 and 144, and the front right inner plate portion 190 may be bonded only to the protruding portions 42 and 44. Good.

  Further, even if the adhesive margin body 41 is bent from the front plate portion 30 to the front side and bonded to the right outer plate portion 170, and the rear right inner plate portion 150 is bonded only to the projecting portions 42 and 44. Alternatively, only the right outer plate portion 170 may be bonded, or the front right inner plate portion 190 may be bonded only with the right outer plate portion 170. Similarly, even if the margin portion main body 141 is bent from the rear plate portion 130 to the back side and bonded to the left outer plate portion 70, and the front left inner plate portion 50 is bonded only to the projecting portions 142 and 144. Alternatively, only the left outer plate portion 70 may be bonded, or the rear left inner plate portion 90 may be bonded only with the left outer plate portion 70.

  As described above, the front left inner plate portion 50 may be bonded only to the glue margin main body 141, may be bonded only to the left outer plate portion 70, or may be bonded only to the projecting portions 142 and 144. There is also a case. Similarly, the rear right inner plate portion 150 may be bonded only to the adhesive margin main body 41, may be bonded only to the right outer plate portion 170, or may be bonded only to the projecting portions 42 and 44. In some cases.

  The main body 10 may have a symmetrical configuration. In other words, the first component 20 and the second component 120 constituting the main body 10 are configured to be symmetrical in the deployed state, whereby the right outer plate portion 170 becomes the left outer plate portion (second outer plate portion). The left outer plate portion 70 is a right outer plate portion (first outer plate portion), the front right inner plate portion 190 is a front left inner plate portion (front second inner plate portion), and the front left inner plate portion 50 is front side. The right inner plate portion (front first inner plate portion), the rear right inner plate portion 150 becomes the rear left inner plate portion (rear second inner plate portion), and the rear left inner plate portion 90 becomes the rear right It becomes an inner plate part (rear side first inner plate part). That is, the front right inner plate part is continuously provided from the front plate part via the broken line, and further, the right outer plate part is provided continuously from the front right inner plate part via the belt-like part, and further the rear side via the belt-like part. The right inner plate part is connected continuously, the rear left inner plate part is connected from the rear plate part via a broken line, and the left outer plate part is connected from the rear left inner plate part via the belt-like part. In addition, the front left inner plate portion is continuously provided via a belt-like portion.

  Further, in the above configuration, the band-shaped portion is provided between the plate portion and another plate portion parallel to the plate portion, so that the folding is facilitated. However, the band-shaped portion is omitted and both sides of the band-shaped portion are omitted. It is good also as a structure which provided the board part continuously. For example, the belt-like portions 60 and 80, 160, 180, 206, 312, 314, 316, 318, 342, and 344 may be omitted.

DESCRIPTION OF SYMBOLS 1 Display stand 5 Lower structure part 10 Main body part 20 1st structure part 30 Front plate part 40,140 Paste part 41,141 Paste part main part 42,44,142,144 Protruding part 50 Front left inner board part 52, 72, 74, 92, 152, 172, 174, 192 Flap 52K, 92K, 152K, 192K Hole 54, 94, 154, 194 Insertion part 60, 80, 160, 180 Band-like part 70 Left outer plate part 90 Rear side Left inner plate portion 120 Second component portion 130 Rear plate portion 150 Rear right inner plate portion 170 Right outer plate portion 190 Front right inner plate portion 200 Shelf portion 201 Shelf portion main body 202 Back plate portion 204 Upper plate portion 206 Band-shaped portion 208 Bottom plate portion 210, 212 Insert piece portion 208c, 214a, 214b Projection portion 214 Lower plate portion 300 Upper component portion 301 Floor plate portion 302, 304, 306, 308 Inner plate portion 312 314 316 318 342 344 Strip 322 324 326 328 Outer plate 330 332 334 336 Connecting plate 352 354 Back plate 360 362 364 366 Flap

Claims (14)

A display stand,
A lower component (5) having a main body (10) and a pair of shelves (200) attached to the main body, and an upper component (300) attached to the upper end of the main body,
The main body part has a first component part (20) constituted by a sheet-like blank and a second component part (120) constituted by a sheet-like blank,
The first component part is a front plate part (30), a first paste margin part (40) provided from a side part on the first side which is one of the front plate part in the left-right direction, and a paste of the front plate part It has a front first inner plate part (50), a first outer plate part (70), and a rear first inner plate part (90) provided in order from the side opposite to the proxy part,
The second component includes a rear plate portion (130), a second glue margin portion (140) provided from the side portion on the second side which is the other in the left-right direction of the rear plate portion, and a paste of the rear plate portion. A rear second inner plate portion (150) provided in order from the side opposite to the substitute portion, a second outer plate portion (170), and a front second inner plate portion (190);
The lateral length of the first outer plate portion is formed longer than the sum of the lateral length of the front first inner plate portion and the lateral length of the rear first inner plate portion, and the second The lateral length of the outer plate portion is formed longer than the sum of the lateral length of the front second inner plate portion and the lateral length of the rear second inner plate portion,
The first adhesive margin is bonded to the inner surface of the second outer plate portion, the second adhesive margin is bonded to the inner surface of the first outer plate portion, and the front first inner plate portion is the second adhesive margin portion. Alternatively, the first outer plate portion is bonded, the rear first inner plate portion is bonded to the first outer plate portion or the second paste margin portion, and the front second inner plate portion is the second outer plate portion or the first paste margin. The rear second inner plate part is bonded to the first adhesive margin part or the second outer plate part,
The front plate portion and the rear plate portion are provided substantially parallel to each other,
In the front side first inner plate portion, the front side second inner plate portion, the rear side first inner plate portion, and the rear side second inner plate portion, inserted portions (52K, 92K, 152K, 192K)
The shelf has a shelf body (201) for placing the objects to be displayed, and insertion pieces (210, 212) provided from both sides of the shelf body,
The upper component portion has a floor plate portion (301) for placing a display object on the floor plate portion having a substantially square plate shape, and a frame-shaped portion (370) provided around the floor plate portion. ,
By making the first outer plate portion and the second outer plate portion in the main body portion perpendicular to the front plate portion and the rear plate portion, the main body portion is substantially H-shaped in top view, and the upper end of the main body portion is the upper component The upper component part is attached to the upper end of the main body part by being inserted inside the frame-like part, and the insertion piece part is inserted into the inserted part provided in the front first inner plate part and the front second inner plate part. Attach one shelf part of the pair of shelf parts and attach the other shelf part by inserting the insertion piece part into the insertion part provided on the rear first inner plate part and the rear second inner plate part. Thus, the display stand is assembled. The first outer plate portion is provided via a first belt-like portion (60) formed along the side portion of the front first inner plate portion, and the rear first inner plate portion is the first outer plate portion of the first outer plate portion. Provided through a second strip (80) formed along the side,
The second outer plate portion is provided via a third belt-shaped portion (160) formed along the side portion of the rear second inner plate portion, and the front second inner plate portion is the second outer plate portion of the second outer plate portion. The display stand according to claim 1, wherein the display stand is provided via a fourth belt-like part (180) formed along the side part. The first glue margin part is connected to the first glue margin main body (41) formed on the opposite side of the front plate part from the fold line between the first glue margin part and the first glue margin part main body. From the fold line between the first margin part main body and the front plate part by notching the area along the fold line between the first margin part main body and the front plate part in the front plate part at the first margin part protruding portion Also has a first margin part projecting part (42, 44) formed to project to the front plate part side,
The second glue margin part is continuously provided from the second glue margin main body (141) formed on the opposite side of the rear plate part from the broken line between the second glue margin part and the second glue margin part main body. From the fold line between the second adhesive margin main body and the rear plate portion by cutting out the region along the fold line between the second adhesive margin main body and the rear plate portion in the rear plate portion at the second adhesive margin protruding portion. 3. The display stand according to claim 1, further comprising a second adhesive margin protruding portion (142, 144) formed to protrude toward the rear plate portion side. The front first inner plate portion is bonded to the second paste margin main body, the rear first inner plate portion is bonded to the first outer plate portion and the second paste margin protruding portion, and the front second inner plate is bonded. The portion is bonded to the first paste margin main body, and the rear second inner plate portion is bonded to the second outer plate portion and the first paste margin protruding portion. The listed display stand. 5. The display stand according to claim 1, wherein the shelf main body of the shelf is provided so as to be inclined so that the upper surface of the shelf main body becomes lower as going to the back side. . The shelf is formed by a single sheet-like blank, and the shelf is provided from the upper plate (204) and one side of the upper plate, and is bonded to the upper plate (208). ), The top plate portion and the bottom plate portion are bonded together to form a shelf body by the top plate portion and the bottom plate portion, and the insertion piece portions are continuously provided from both sides of the bottom plate portion. The display stand according to claim 1, 2, 3, 4 or 5. The display stand according to claim 6, wherein the bottom plate portion is provided via a fifth belt-like portion (206) formed along the side portion of the upper plate portion. A projecting bottom plate projection (208c) is provided at the end opposite to the side on which the top plate of the bottom plate is provided, and a bottom plate is provided on the front plate and the rear plate. The display stand according to claim 6 or 7, wherein a second insertion portion (30a, 130a) for inserting the protruding portion is provided. A lower plate (214) is provided from the side opposite to the side on which the upper plate of the bottom plate is provided, and a protruding lower plate projecting on the opposite side of the lower plate Portions (214a, 214b) are provided, and the lower first plate portion, the first rear inner plate portion, the second front inner plate portion, and the second rear inner plate portion are provided with protrusions on the lower plate portion. In the state in which the third insertion portion (54, 94, 154, 194) for insertion is provided, and the lower plate portion protruding portion is inserted into the third insertion portion and the shelf portion is attached to the main body portion, the lower plate portion The display stand according to claim 6, 7 or 8, characterized in that the outer surface of the screen faces obliquely upward. A back plate (202) is provided from the side opposite to the side on which the bottom plate of the top plate is provided,
In the state where the shelf is attached between the front first inner plate part and the front second inner plate part of the main body part and the upper end of the back plate part is in contact with the front plate part, the rear plate part moves upward toward the front plate part side. Inclined to be in position,
When the shelf is attached between the rear first inner plate portion and the rear second inner plate portion of the main body portion, and the upper end of the rear plate portion is in contact with the rear plate portion, the rear plate portion goes to the rear plate portion side. The display stand according to claim 6, 7, 8, or 9, wherein the display stand is provided so as to be inclined to an upper position. The frame-like part in the upper component part is provided on the opposite side of the inner plate part (302, 304, 306, 308) provided upright from each side of the floor plate part and the floor plate part side of the inner plate part. The outer plate portion (322, 324, 326, 328) provided substantially parallel to the corresponding inner plate portion and the first outer plate portion, which is the outer plate portion corresponding to one opposing side portion in the floor plate portion, face each other. The connecting plate portion (330, 332, 334, 336) provided from the side portion is opposite to the inner plate portion side of the second outer plate portion which is the outer plate portion corresponding to the other opposite side portion in the floor plate portion. Back plate portions (352, 354) provided on the side and correspondingly parallel to the corresponding second outer plate portion, the lower end of each outer plate portion is formed to protrude downward from the floor plate portion,
A connecting plate provided from the opposing first outer plate portion when the connecting plate portion is bent inward with respect to the first outer plate portion with the first outer plate portion being substantially parallel to the corresponding inner plate portion. The pair of connecting plate portions facing each other at the portion are formed to be engageable with each other,
A connecting plate portion is disposed between the second outer plate portion and the inner plate portion corresponding to the second outer plate portion, and is connected between the second outer plate portion and the back plate portion corresponding to the second outer plate portion. The board is arranged,
The upper end of the main body portion is disposed inside the first outer plate portion and the inner side of the back plate portion when the upper end of the main body portion is inserted inside the frame-shaped portion. The display stand according to 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10. The outer plate portion is provided via a sixth belt-shaped portion (312, 314, 316, 318) formed along the side portion of the inner plate portion, and the back plate portion is provided on the side portion of the second outer plate portion. The display stand according to claim 11, wherein the display stand is provided via a seventh belt-like portion (342, 344) formed along the same. A display stand,
A lower component (5) having a main body (10) and a pair of shelves (200) attached to the main body, and an upper component (300) attached to the upper end of the main body,
The main body part has a first component part (20) constituted by a sheet-like blank and a second component part (120) constituted by a sheet-like blank,
The first component part is a front plate part (30), a first paste margin part (40) provided from a side part on the first side which is one of the front plate part in the left-right direction, and a paste of the front plate part A front first inner plate portion (50), a first strip portion (60), a first outer plate portion (70), and a second strip portion (80) provided in order from the side opposite to the substitute portion. ) And a rear first inner plate portion (90), and the first paste margin is formed on the side opposite to the front plate portion with respect to the broken line between the first plate margin portion and the front plate portion. A region along the fold line between the first paste margin main body and the front plate portion in the front plate portion is formed by the portion main body (41) and the first paste margin protruding portion continuously provided from the first paste margin portion main body. A first paste margin projecting portion (42, 44) formed by projecting to the front plate portion side from the fold line between the first paste margin main body and the front plate portion by notching;
The second component includes a rear plate portion (130), a second glue margin portion (140) provided from the side portion on the second side which is the other in the left-right direction of the rear plate portion, and a paste of the rear plate portion. A rear second inner plate portion (150), a third strip portion (160), a second outer plate portion (170), and a fourth strip portion (provided in order from the side opposite to the substitute portion) 180) and the front second inner plate portion (190), and the second glue margin is formed on the side opposite to the rear plate portion with respect to the broken line between the second glue margin portion and the rear plate portion. A region along the fold line between the second paste margin main body and the rear plate portion in the rear plate portion is formed by the portion main body (141) and the second paste margin portion projecting portion provided continuously from the second paste margin portion main body. A second paste margin projecting portion (142, 144) formed by projecting to the rear plate portion side from the broken line between the second paste margin portion main body and the rear plate portion by cutting,
The lateral length of the first outer plate portion is formed longer than the sum of the lateral length of the front first inner plate portion and the lateral length of the rear first inner plate portion, and the second The lateral length of the outer plate portion is formed longer than the sum of the lateral length of the front second inner plate portion and the lateral length of the rear second inner plate portion,
The first margin portion main body and the first margin portion projecting portion of the first margin portion are bonded to the inner surface of the second outer plate portion, and the second margin portion main body and the second margin portion main body 2 The adhesive margin protruding portion is bonded to the inner surface of the first outer plate portion, the front first inner plate portion is bonded to the second adhesive margin main body, and the rear first inner plate portion is 1 Adhering to the outer plate portion and the second adhesive margin projecting portion, the front second inner plate portion adhering to the first adhesive margin main body, the rear second inner plate portion being the second outer plate portion and Adhering to the first glue margin protruding part,
The front plate portion and the rear plate portion are provided substantially parallel to each other,
A first insertion portion (52K, 52K, for inserting an insertion piece portion of a shelf portion into the front first inner plate portion, the front second inner plate portion, the rear first inner plate portion, and the rear second inner plate portion. 92K, 152K, 192K)
The shelf is formed by a single sheet-like blank, and the shelf is a shelf body for placing an object to be displayed on one side of the upper plate (204) and the upper plate. And a bottom plate portion (208) provided from the side opposite to the upper plate portion of the fifth belt portion and bonded to the upper plate portion, A shelf main body (201) provided with a protruding bottom plate projection (208c) at the end opposite to the fifth belt-like portion of the bottom plate, and insertion pieces provided from both sides of the bottom plate Part (210, 212) and a lower plate part provided from a side part opposite to the fifth belt-like part side of the bottom plate part, and projecting lower plate part projecting parts (214a, 214b) projecting on opposite sides ) And a back plate portion (202) provided from the side opposite to the fifth belt-like portion of the upper plate portion,
The front plate portion and the rear plate portion are provided with a second insertion portion (30a, 130a) for inserting the bottom plate portion protruding portion, and the front first inner plate portion, the rear first inner plate portion, and the front side first plate portion. The second inner plate portion and the rear second inner plate portion are provided with third inserted portions (54, 94, 154, 194) for inserting the lower plate portion protruding portion, and the lower plate portion protruding portion. In the state where the shelf is attached to the main body portion by inserting the third insertion portion into the third insertion portion, the outer surface of the lower plate portion faces obliquely upward,
In the state where the shelf is attached between the front first inner plate part and the front second inner plate part of the main body part and the upper end of the back plate part is in contact with the front plate part, the rear plate part moves upward toward the front plate part side. In the state where it is provided to be inclined so as to be positioned, the shelf is attached between the rear first inner plate portion and the rear second inner plate portion of the main body portion, and the upper end of the back plate portion is in contact with the rear plate portion. , The back plate part is provided so as to be inclined as it goes to the rear plate part side,
The upper component portion has a floor plate portion (301) for placing a display object on the floor plate portion having a substantially square plate shape, and a frame-shaped portion (370) provided around the floor plate portion. ,
The frame-like portion is provided along the inner plate portion (302, 304, 306, 308) provided upright from each side of the floor plate portion and the side portion on the opposite side of the inner plate portion from the floor plate portion side. The sixth strip-shaped portion (312, 314, 316, 318) provided and the outer plate portion provided from the side opposite to the inner plate portion of the sixth strip-shaped portion and provided substantially parallel to the corresponding inner plate portion (322, 324, 326, 328) and connecting plate portions (330, 332, provided from the opposing side portions of the first outer plate portion which is the outer plate portion corresponding to one opposing side portion in the floor plate portion. 334, 336) and a seventh belt-like portion provided along the side portion opposite to the inner plate portion side of the second outer plate portion which is the outer plate portion corresponding to the other opposite side portion in the floor plate portion. (342, 344) and the second outer plate portion on the opposite side to the second outer plate portion of the seventh belt-like portion, and substantially parallel to the corresponding second outer plate portion. And a back plate portion provided (352 and 354), the lower ends of the outer plate portion is formed to protrude downward from the floor portion,
A connecting plate provided from the opposing first outer plate portion when the connecting plate portion is bent inward with respect to the first outer plate portion with the first outer plate portion being substantially parallel to the corresponding inner plate portion. The pair of connecting plate portions facing each other at the portion are formed to be engageable with each other,
A connecting plate portion is disposed between the second outer plate portion and the inner plate portion corresponding to the second outer plate portion, and is connected between the second outer plate portion and the back plate portion corresponding to the second outer plate portion. The board is arranged,
By making the first outer plate portion and the second outer plate portion in the main body portion perpendicular to the front plate portion and the rear plate portion, the main body portion is substantially H-shaped in top view, and the upper end of the main body portion is the upper component The upper component part is attached to the upper end of the main body part with the upper end of the main body part being arranged on the inner side of the first outer plate part and the inner side of the back plate part. One of the pair of shelves is attached by inserting the insertion piece into the first insertion portion provided in the plate portion and the front second inner plate portion, and the rear first inner plate portion and the rear second The display stand is assembled by attaching the other shelf portion by inserting the insertion piece portion into the first insertion portion provided on the two inner plate portions. One of the pair of connecting plate portions facing each other has a connecting plate portion protruding portion that is a protruding portion having a constricted base end, and the other of the pair of connecting plate portions is the connecting plate portion protruding portion. The display stand according to claim 11, wherein the display stand has a cutout portion that fits with the cutout portion.

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