JP2011116049A - Manufacturing method of assembly and assembly - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a manufacturing method of assembly capable of simultaneously manufacturing a cushioning material and a box outside the cushioning material, manufacturing the box in one blank while manufacturing the cushioning material in one blank and being improved in cushioning function of the cushioning material. <P>SOLUTION: A partition part 60 is piled and glued on an outer component part 10 through adhesive application regions M1-M4 in a state where a region projected from a partition part main body 60B is turned backward to the partition part body 60B. thereafter an adhesive is applied on adhesive application regions N1, N2, parts outside broken lines C2, C6 are folded and glued through the adhesive application regions N1, N2. Thereafter the adhesive is applied on adhesive application regions N3-N5, parts outside of broken lines C4, C9 are folded and glued through adhesive application regions N3-N5. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an assembly that is assembled from paper material (particularly, corrugated cardboard material) and has partitions inside, and a method for manufacturing the same.

  Conventionally, methods shown in Patent Document 1 and Patent Document 2 are known as methods for manufacturing a partition housed inside a box. Patent Document 1 relates to a method for manufacturing a partition of a folding cardboard box, and Patent Document 2 relates to a method for manufacturing a partition, in which a part of an outer peripheral wall portion and an inner wall portion of the partition body are provided. Two pieces of the same shape segment consisting of a part are prepared, and the outer peripheral wall portion and the inner wall portion of the segment are spirally bent along the folding line in the same direction in a point-symmetrical combination box shape Then, an integral central separator is inserted into a notch provided in the inner wall, and a partition is formed.

JP-A-8-40431 JP-A-7-232708

  However, in Patent Document 1 and Patent Document 2 described above, the partition itself is manufactured, and the manufactured partition is used by being housed in a separate box, and is a box outside the partition and the partition. The body cannot be manufactured at the same time, and the partition manufacturing process and the outer box manufacturing process need to be provided separately.

  Moreover, in the said patent document 1 and the patent document 2, since the partition itself is formed with the some blank, the effort which each manufactures this some blank is required.

  Moreover, even when the outside member of the manufactured partition is regarded as a box, the box is manufactured with a plurality of blanks, and is not manufactured with one blank, and the appearance and strength as a box are sufficient. is not. That is, the outside of the partition is formed in a substantially cylindrical shape, but the cylindrical portion cannot be formed with one blank.

  Therefore, a partition and a box body (particularly, a cylindrical part) outside the partition can be manufactured at the same time, the partition can be manufactured with one blank, and the box (particularly, a cylindrical part) It aims at providing the manufacturing method of the assembly which has the partition which can be formed with one blank.

  The present invention was created in order to solve the above-described problems. First, an outer component formed in a cylindrical shape by four plate-like portions and an inner side of the outer component are provided. A manufacturing method of an assembly having a partition portion, wherein the outer configuration portion is formed by a single sheet-like blank, and a notch portion is provided along the end portion at an end portion opposite to the first fold line. The formed outer component margin margin, the outer component front portion continuous from the first broken line that is the side of the outer component margin margin, and the outer component margin margin of the outer component front portion Is on the opposite side and is parallel to the second polygonal line on the opposite side of the outer component right side surface of the outer component right side and the outer component right side surface connected from the second polygonal line that is a side parallel to the first polygonal line. The outer configuration portion rear surface connected from the third broken line that is a long side, and the outer configuration portion right side of the outer configuration portion rear portion An outer component side left side surface portion that is provided continuously from a fourth broken line that is a side parallel to the third broken line on the side opposite to the outer portion, and includes an outer component paste margin portion, an outer component front portion, and an outer component portion. When the arrangement direction of the right side surface portion, the outer configuration portion rear surface portion, and the outer configuration portion left side portion is the left-right direction, the first length that is the length in the left-right direction between the first broken line and the second bent line, and the third bent line The third length that is the length in the left-right direction between the fourth broken lines is substantially the same, the second length that is the length in the left-right direction between the second bent line and the third bent line, and the fourth bent line and the fourth bent line. The length in the left-right direction between the opposite ends is substantially the same, and the first length and the third length are approximately four times the reference length in the partition portion, and the second length And the fourth length is an inner assembly when the outer component has a length approximately three times the reference length of the partition. In the partition formed by one sheet-like blank on the surface, the partition inner right side surface having a width of the reference length in the left-right direction and the one side part in the left-right direction of the inner right side surface 1st middle part main body part provided in succession via 5 polygonal lines, 1st field which is connected from 5th polygonal line and has width of reference length in the left-right direction, and the inner side right side part of the 1st field The two protrusions that are provided continuously from the upper side in plan view of the side part of the first and second protrusions for connecting the partition pieces, and the second protrusions that are closer to the first area and the second protrusion that is farther from the first area. A first intermediate part main body part having a second region having two projecting parts on the lower side in plan view, and an eleventh polygonal line formed in the vertical direction that is parallel to the fifth polygonal line The second region is continuously provided on the side opposite to the inner right side surface portion of the first region of the first intermediate body part via The first partition piece provided continuously from the side that is not provided and the first projecting portion of the first intermediate body portion through the twelfth fold line formed in the vertical direction are adjacent to the first partition piece. The second partition piece is provided continuously from the second projecting portion of the first intermediate body portion through the 13th broken line formed in the vertical direction, and is provided adjacent to the second partition piece. In the lower part of the second intermediate portion provided on the opposite side of the third partition piece and the first partition piece, the second partition piece, and the third partition piece in the second region in the first intermediate body portion, A third projecting portion continuously provided from the first partition piece via a fourteenth fold line that is formed in the vertical direction and coincides with the twelfth fold line on the second region side of the intermediate body portion; and a thirteenth fold line; A fourth projecting portion continuously provided from the second partition piece via a fifteenth fold line formed in the vertical direction and corresponding to the horizontal direction; A second partition portion having a fifth projecting portion continuously provided from the third partition piece via a sixteenth broken line formed in the direction, and an end portion on the first region side projecting from the fourteenth broken line. The lower part of the intermediate part and the lower part of the first intermediate part that is connected to the lower part of the first intermediate part from the lower side of the first region via the broken line in the left-right direction and adjacent to the lower part of the second intermediate part through the notch The three projecting portions for the partition pieces to be connected to each other, the sixth projecting portion, the seventh projecting portion formed in the left-right direction from the sixth projecting portion, and the seventh projecting portion A partition part first intermediate part lower side part having an eighth projecting part formed on the side opposite to the first region of the second intermediate part main body part with an eighth projecting part formed in the left-right direction from the projecting part; A fourth partition piece connected to the sixth projecting portion via a 17th broken line formed in the vertical direction, and a first partition formed in the vertical direction. A fifth partition piece provided adjacent to the fourth partition piece via the broken line, and adjacent to the fourth partition piece, and connected to the eighth protrusion portion via a nineteenth line formed in the vertical direction. The sixth partition piece provided adjacent to the fifth partition piece and the lower side of the first intermediate part of the fourth partition piece and the fifth partition piece are provided on the opposite side and formed in the vertical direction. A ninth protrusion connected to the fourth partition piece via the twentieth broken line, a tenth protrusion connected to the fifth partition piece via a twenty-first broken line formed in the vertical direction, and the vertical direction A partition front portion having an eleventh projecting portion connected to the sixth partition piece via a 22nd broken line formed on the first and a first inner right side portion via a sixth folded line formed in the vertical direction. The right outer side surface of the partition that is continuously provided from the side opposite to the intermediate body, and the seventh fold formed in the vertical direction A second intermediate portion main body portion continuously provided from the side opposite to the inner right side surface portion of the outer right side surface portion via a line, a third region continuously provided from the seventh broken line, and an outer right side of the third region The two protrusions that are provided continuously from the upper side in plan view of the side opposite to the surface part, and are the two protrusions for connecting the partition pieces, and the side closer to the third area and the twelfth protrusion and the third area A second intermediate portion body portion having a fourth region having two projecting portions on the lower side in plan view, and a 23-fold line formed in the vertical direction. (2) a seventh partition piece provided in a vertical direction from a side part on the opposite side to the outer right side surface part of the third part of the intermediate part main body and provided from a side part provided with no third part; An eighth partition piece provided adjacent to the seventh partition piece and connected to the twelfth projecting portion of the second intermediate body portion via a 24-fold line; A ninth partition piece provided adjacent to the eighth partition piece and connected to the thirteenth projecting portion of the second intermediate body portion through a 25th bent line formed in the direction; In the fourth region in the fourth region through the seventh partition piece, the eighth partition piece, and the ninth partition piece, and through the twenty-sixth broken line formed in the vertical direction so as to coincide with the twenty-fourth broken line. A fourteenth projecting portion continuously provided from the eighth partition piece via a twenty-seventh broken line that is formed in the vertical direction and coincides with the twenty-fifth broken line at the back surface portion continuously provided from the seventh divided piece; A partition portion rear surface portion having a fifteenth projecting portion provided continuously from the ninth partition piece via a 28th broken line formed in the vertical direction, and an eighth shape formed in the vertical direction so as to coincide with the 27th broken line in the horizontal direction. It is opposite to the third region of the fourth region of the second intermediate body through the broken line. The side opposite to the seventh partition piece on the back side through the 29th broken line in which the cut line is formed along the broken line by the 29th broken line formed in the vertical direction while being continuously provided from the side portion on the side The partition part inner side left side part provided continuously from the part, and the partition part outer part provided continuously from the side part opposite to the eighth fold line and the 28th fold line of the inner left side part via the ninth fold line formed in the vertical direction A shape and size that can be placed in the notch portion of the outer component glue margin portion, which is continuously provided from the left side surface portion and the side portion on the opposite side to the inner left side surface portion of the outer left side surface portion via a tenth broken line formed in the vertical direction. Having a partition part glue margin formed on the side, and when the length in the left-right direction between the fifth and sixth fold lines is a reference length, the left-right direction between the fifth and eleventh fold lines The length, the length in the left-right direction between the eleventh polygonal line and the fourteenth polygonal line, and the first The left and right length between the 4th and 15th fold lines, the left and right length between the 15th and 16th fold lines, the left and right length between the 9th and 10th fold lines, the 17th and 18th fold lines The length in the left-right direction between the broken lines, the length in the left-right direction between the 18th and 19th broken lines, the length in the left-right direction between the seventh and 23th broken lines, and the left-right direction between the 23rd and 26th broken lines , The length in the left-right direction between the 26th length and the 28th fold line, and the length in the left-right direction between the 8th fold line and the 9th fold line have substantially the same length as the reference length, and the sixth fold line A partition portion in which the length in the left-right direction between the second and seventh broken lines, and the length in the left-right direction of the ninth and tenth broken lines is approximately twice the reference length, and the lower portion of the first intermediate portion is 1 on the back side through a broken line in the left-right direction that becomes the boundary with the first region of the intermediate body part By turning it back, the lower part of the first intermediate part, the fourth partition piece, the fifth partition piece, the sixth partition piece, the front part, the inner right side part, the first intermediate part main body part, the first partition piece and the second partition piece. And the third partition piece and the lower side of the second intermediate portion are arranged on the back side so that the fourth fold line and the ninth fold line coincide with each other, and the second fold line and the sixth fold line coincide with each other. Adhering the front part of the outer configuration part and the front part of the partition part, adhering the right side part of the outer configuration part and the outer right side part of the partition part, and adhering the rear part of the outer configuration part and the rear part of the partition part, In the first bonding step of bonding the left side surface portion and the partition portion outer left side surface portion, the partition portion inner right side surface portion or the partition portion inner right side surface portion in the partition portion outer right side surface portion, and the partition portion second intermediate portion lower side portion Area protruding to the first area side from the 14th broken line A first adhesive applying step of applying an adhesive to a certain protruding region or a region to which the protruding region adheres in the third region of the second intermediate body part, and the outer component front in the outer component centered on the second fold line The partition part is turned and folded, and the partition part inside right side part is turned and folded around the sixth fold line in the partition part, thereby bonding the partition part inside right side part and the partition part outside right side part and partitioning the partition part. A second bonding step for bonding the lower portion of the second intermediate portion and the third region of the second intermediate portion main body, and the outer component adhesive margin at the outer component adhesive margin portion or the outer component left margin portion The area, the area where the partition adhesive margin is bonded in the second area of the partition part paste margin or the first intermediate part main body part, and the partition part inner left side part are bonded in the partition part inner left side part or the partition part outer left side part You A second adhesive application step of applying an adhesive to a region to be covered, and a rear portion of the outer configuration portion that pivots and folds around the fourth fold line in the outer configuration portion, and a partition portion that centers on the ninth fold line in the partition portion By rotating and folding the outer left side surface part, the outer component part paste margin part and the outer component part left side part are adhered, the second region of the first intermediate body part and the partition part glue margin part are adhered, And a third bonding step for bonding the partition portion inner left side surface portion and the partition portion outer left side surface portion.

  In the assembly manufactured by the manufacturing method of the assembly having the first configuration, the front surface portion of the outer component portion and the rear surface portion of the outer component portion are made parallel to each other, the right side surface portion of the outer component portion, and the left side surface portion of the outer component portion. Are formed in a sleeve shape so that the outer side is parallel to each other, thereby forming a partition part first intermediate composed of a partition part front part, a partition part first intermediate part lower side part, and a partition part first intermediate part body part. A partition part second intermediate part composed of a partition part second intermediate part lower side part and a partition part second intermediate part main body part, and a partition part back face part are substantially parallel to each other, and the partition part inner right side surface part The partition part right side part composed of the partition part outer right side part, and the partition part left side part composed of the partition part inner left side part and the partition part outer left side part are substantially parallel to each other, and the first partition piece and the second part Partition piece and second The partition piece is perpendicular to the partition portion first intermediate portion and the partition portion second intermediate portion lower side portion, and the fourth partition piece, the fifth partition piece, and the sixth partition piece are the partition portion front portion and the partition. A right angle with respect to the first intermediate portion, and the seventh partition piece, the eighth partition piece, and the ninth partition piece are perpendicular to the partition portion second intermediate portion and the partition portion rear surface portion, and The twelve storage spaces partitioned by the partition are formed.

  According to the method for manufacturing an assembly of the present invention, the outer constituent part and the partition part can be manufactured at the same time, and it is not necessary to provide the outer constituent part manufacturing process and the partition part manufacturing process separately. In particular, it can be manufactured by applying an adhesive to a predetermined adhesive application region and folding a predetermined piece back after bonding the outer component part and the partition part together in an unfolded state. Can be manufactured. Moreover, since a partition part can be manufactured with one blank, it can manufacture easily without taking an effort at the time of manufacture of a partition part. Moreover, since an outer side structure part can be formed with one blank, it does not interfere with the appearance and intensity | strength of an outer side structure part. In addition, a storage box having a complicated configuration having 12 storage spaces can be manufactured extremely efficiently.

Second, in the first configuration, the upper side of the partition part inner right side surface part, the upper side of the partition part first intermediate part main body part, the upper side of the partition part outer right side part, and the upper side of the second intermediate part main body part The upper side of the partition part inner left side surface part and the upper side of the partition part outer left side part are formed on the same straight line,
The lower side of the partition part inner right side part, the lower side of the second intermediate part lower part, the lower part of the first partition piece, the lower part of the outer right side part of the partition part, the lower side of the second intermediate part main body part, the lower side of the seventh partition piece, and the rear part The lower side of the partition part and the lower side of the inner left side of the partition part and the lower side of the outer part of the left side of the partition part are formed on the same straight line. The side part of the left-right direction on the opposite side to the side where the 4th partition piece, the 5th partition piece, and the 6th partition piece were connected, the 4th partition piece of the lower part of the 1st middle part, the 5th partition piece, and the 1st The length of the up-down direction between the side parts of the left-right direction on the opposite side to the side with which the 6 partition pieces were connected was formed substantially the same.

  Thirdly, in the first or second configuration, at the upper end of at least one of the outer component front portion, the outer component right portion, the outer component rear portion, and the outer component left portion in the outer component portion. A lid portion that closes the opening of the outer configuration portion formed in a cylindrical shape is formed from the lower end.

  The fourth aspect is an assembly having an outer component formed in a cylindrical shape by four plate-shaped portions and a partition portion provided inside the outer component, and is formed of a single sheet. The outer component part formed by the blank, the outer component part margin part formed with a notch along the end part on the opposite side to the first broken line, and the side part of the outer component part margin part The front side portion of the outer component portion that is connected from the first broken line and the second bent line that is the side parallel to the first broken line on the side opposite to the outer margin portion of the front portion of the outer side component portion. The outer configuration portion right side surface portion, the outer configuration portion right side surface portion of the outer configuration portion right side portion opposite to the outer configuration portion front surface portion, and the outer configuration portion rear surface portion continuous from the third folding line that is a side parallel to the second folding line; Continuing from the 4th broken line that is the side parallel to the 3rd broken line on the opposite side of the right side of the outer structured part on the back side An outer component left side surface part that adheres to an outer surface of the glue margin part of the outer component part, an outer component glue margin part, an outer component front part, an outer component right side part, and an outer component rear part When the arrangement direction of the left side surface portion of the outer configuration portion is the left-right direction, the first length that is the length in the left-right direction between the first broken line and the second bent line, and the left-right direction between the third bent line and the fourth bent line The third length, which is the length, is substantially the same, between the second length, which is the length in the left-right direction between the second and third broken lines, and between the ends opposite to the fourth and fourth bent lines. The length in the left-right direction is substantially the same, and the first length and the third length are approximately four times the reference length in the partition portion, and the second length and the fourth length are An outer component having a length approximately three times the reference length in the partition portion, and an inner surface of the outer component; In the partition portion formed by the rank, the partition portion inner right side surface portion having a reference length in the left-right direction and the first right side portion of the inner right side surface portion in the left-right direction are connected via the fifth broken line. In the intermediate part main body part, the first area having a reference length in the left-right direction provided continuously from the fifth broken line, and the upper side of the side opposite to the inner right side surface of the first area are continuously provided from above. The two protrusions for connecting the partition pieces in a plane are two protrusions composed of a first protrusion close to the first region and a second protrusion far from the first region. The first intermediate part main body part of the first intermediate part main body part via a partition part first intermediate part main body part having a second region on the underside and an eleventh polygonal line formed in the vertical direction parallel to the fifth polygonal line. The first partition provided continuously from the side where the second region is not provided continuously on the side opposite to the inner right side surface of the one region. And a second partition piece provided adjacent to the first partition piece, connected from the first projecting portion of the first intermediate body portion through a twelfth fold line formed in the vertical direction, A third partition piece provided adjacent to the second partition piece, provided continuously from the second projecting portion of the first intermediate body portion via a thirteenth fold line formed in the vertical direction; and a first intermediate portion In the lower part of the second intermediate part provided on the opposite side through the first partition piece, the second partition piece and the third partition piece of the second region in the main body part, on the second region side of the first intermediate part main body part A third projecting portion that extends from the first partition piece via a fourteenth broken line that is formed in the vertical direction and coincides with the twelfth broken line, and is formed in the vertical direction that coincides with the thirteenth broken line in the horizontal direction. A fourth projecting portion continuously provided from the second partition piece via the fifteenth broken line, and a sixteenth bent line formed in the vertical direction A second intermediate portion lower side portion having a fifth projecting portion continuously provided from the third partition piece, and an end portion on the first region side protruding from the 14th broken line, and a first intermediate portion The partition piece is continuously provided from the lower side of the first region of the main body part via a broken line in the left-right direction, and at the lower part of the first intermediate part adjacent to the lower part of the second intermediate part through the notch. Three protrusions for the purpose, a sixth protrusion, a seventh protrusion formed from the sixth protrusion in the left-right direction, and a distance from the seventh protrusion in the left-right direction. A partition part first intermediate part lower side part having an eighth projecting part formed on the side opposite to the first region of the second intermediate part main body part, and a seventeenth broken line formed in the vertical direction The fourth partition piece connected to the sixth projecting portion via the 18th line and the 18th bent line formed in the vertical direction are connected to the seventh projecting portion. The fifth partition piece provided adjacent to the fourth partition piece and the eighth projecting portion are provided via the nineteenth fold line formed in the vertical direction, and provided adjacent to the fifth partition piece. The sixth partition piece and the fourth partition piece and the fifth partition piece are provided on the opposite side to the lower side of the first intermediate portion, and are connected to the fourth partition piece via a twentieth broken line formed in the vertical direction. A ninth protrusion, a tenth protrusion connected to the fifth partition piece via a twenty-first broken line formed in the vertical direction, and a sixth via a twenty-second bent line formed in the vertical direction. A first intermediate portion of the inner right side surface portion through a sixth folding line formed in the vertical direction; and an eleventh projecting portion continuously provided with the partition piece and bonded to the front portion of the outer constituent portion. Adheres to the outer surface of the inner right side of the partition with the outer right side connected from the side opposite to the main body. And a second intermediate portion provided continuously from a side portion on the opposite side to the inner right side surface portion of the outer right side surface via a seventh broken line formed in the vertical direction. 2 for connecting the partition pieces in a continuous manner from the upper side in plan view of the third region continuously provided from the seventh broken line and the side portion opposite to the outer right side surface portion of the third region. A fourth region having two protrusions on the lower side in plan view, each of which has two protrusions consisting of a twelfth protrusion close to the third region and a fourth protrusion far from the third region. And a third region of the second intermediate portion main body through a 23-fold line formed in the up-down direction and a partition portion second intermediate portion main body that is bonded to the lower portion of the partition portion second intermediate portion. A seventh partition piece continuously provided from a side portion on the opposite side to the outer right side surface portion of the first region and the third region not being provided continuously; An eighth partition piece that is provided continuously from the twelfth protruding portion of the second intermediate body portion through a 24th bent line formed in the direction and is provided adjacent to the seventh partition piece, and is formed in the vertical direction. And a ninth partition piece provided adjacent to the eighth partition piece, and a fourth portion of the second intermediate body portion. The seventh partition is provided on the opposite side of the region through the seventh partition piece, the eighth partition piece, and the ninth partition piece, and through the twenty-sixth broken line formed in the vertical direction so as to coincide with the twenty-fourth broken line. 14th protrusion part which is connected to the 8th partition piece through the 27th fold line which is formed in the back surface part which is continuously provided from the piece and which corresponds to the 25th line and the left and right direction and is formed in the up and down direction. A fifteenth projecting portion provided continuously from the ninth partition piece via the 28th bent line The third part of the fourth region of the second intermediate body part is connected to the rear part of the partition part bonded to the rear part of the outer component part and the eighth bent line formed in the vertical direction so as to coincide with the 27th polygonal line. Continuing from the side opposite to the region, it is opposite to the seventh partition piece on the back side through the 29th fold line formed by the 29th fold line formed in the vertical direction along the fold line. The partition part inner left side surface provided continuously from the side part on the side, and the eighth fold line on the inner left side part through the ninth fold line formed in the vertical direction and the side part on the opposite side to the 28th fold line, From the side part on the opposite side to the inner left side part of the outer left side part through the tenth fold line formed in the vertical direction, and the partition part outer left side part that adheres to the inner side left side part of the partition part and to the outer side part left side part In the notch part of the outside margin It has a shape and size that can be arranged, and has a partition part glue margin part that is bonded to the second region of the first intermediate part main body part, and has a length in the left-right direction between the fifth and sixth broken lines. In the case of the reference length, the horizontal length between the fifth and eleventh broken lines, the horizontal length between the eleventh and fourteenth broken lines, and the horizontal length between the fourteenth and fifteenth broken lines. The horizontal length between the 15th and 16th fold lines, the horizontal length between the 9th and 10th fold lines, the left and right length between the 17th and 18th fold lines, and the 18th fold line The left and right lengths between the 19th and 19th broken lines, the left and right lengths between the 7th and 23rd broken lines, the left and right lengths between the 23rd and 26th broken lines, and the 26th and 28th broken lines Left-right direction and the left-right direction between the 8th and 9th polylines The length of the left and right sides between the sixth and seventh fold lines and the length of the ninth and tenth fold lines in the left and right direction are the reference lengths. A partition portion having a length approximately twice as long as the fifth fold line of the partition portion along the second fold line of the outer configuration portion and the ninth fold line of the partition portion of the outer configuration portion. The partition part is provided on the inner surface of the outer component part in a state along the four polygonal lines, and the outer component part front surface part and the outer component part rear surface part are parallel to each other, and the outer component part right side surface part and the outer component part By making the left side part parallel to each other and forming the outer component part into a sleeve shape, the partition part first composed of the partition part front part, the partition part first intermediate part lower side part, and the partition part first intermediate part body part is provided. 1 intermediate part, partition part 2nd intermediate part lower side part and partition part 2nd intermediate part body part A partition portion second intermediate portion and a partition portion rear surface portion are substantially parallel to each other, and a partition portion right side surface portion including a partition portion inner right side surface portion and a partition portion outer right side surface portion, and a partition portion inner left side surface portion And the partition portion left side surface composed of the partition portion outer left side surface portion are substantially parallel to each other, and the first partition piece, the second partition piece, and the third partition piece are the partition portion first intermediate portion and the partition portion second. The fourth partition piece, the fifth partition piece, and the sixth partition piece are at right angles to the partition portion front portion and the partition portion first intermediate portion, and the seventh partition piece The eighth partition piece and the ninth partition piece are perpendicular to the partition portion second intermediate portion and the partition portion rear surface portion.

  In the assembly of the fourth configuration, the outer component portion front portion and the outer component portion rear portion are made parallel to each other, and the outer component portion right side surface portion and the outer component portion left side portion are made parallel to each other. By forming a sleeve shape, the partition part first intermediate part composed of the partition part front part, the partition part first intermediate part lower part and the partition part first intermediate part body part, and the partition part second intermediate part below The partition part second intermediate part composed of the side part and the partition part second intermediate part main body part and the partition part back part are substantially parallel to each other, and are composed of the partition part inner right side part and the partition part outer right side part. The partition portion right side surface portion, the partition portion left side surface portion configured by the partition portion inner left side surface portion and the partition portion outer left side surface portion are substantially parallel to each other, and the first partition piece, the second partition piece, and the third partition piece are , Partition part 1st middle And the partition part second intermediate part lower side, the fourth partition piece, the fifth partition piece and the sixth partition piece are perpendicular to the partition part front part and the partition part first intermediate part, The seventh partition piece, the eighth partition piece, and the ninth partition piece are at right angles to the partition portion second intermediate portion and the partition portion rear surface portion, and twelve pieces that are partitioned by the partition portion inside the outer configuration portion Storage space is formed.

  According to the assembly of the present invention, in manufacturing the assembly, the outer component part and the partition part can be manufactured at the same time, and it is not necessary to provide the manufacturing process of the outer component part and the manufacturing process of the partition part separately. . In particular, it can be manufactured by applying an adhesive to a predetermined adhesive application region and folding a predetermined piece back after bonding the outer component part and the partition part together in an unfolded state. Can be manufactured. Moreover, since a partition part can be manufactured with one blank, it can manufacture easily without taking an effort at the time of manufacture of a partition part. Moreover, since an outer side structure part can be formed with one blank, it does not interfere with the appearance and intensity | strength of an outer side structure part. In addition, a storage box having a complicated configuration having 12 storage spaces can be manufactured extremely efficiently.

  Also, fifthly, in the fourth configuration, from the upper end and the lower end of at least one of the outer configuration portion front portion, the outer configuration portion right side portion, the outer configuration portion rear face portion, and the outer configuration portion left side portion in the outer configuration portion. A lid portion for closing the opening of the outer component portion formed in a cylindrical shape is formed.

  According to the assembly manufacturing method and the assembly according to the present invention, the outer constituent part and the partition part can be manufactured at the same time, and the manufacturing process of the outer constituent part and the manufacturing process of the partition part need to be provided separately. Absent. In particular, it can be manufactured by applying an adhesive to a predetermined adhesive application region and folding a predetermined piece back after bonding the outer component part and the partition part together in an unfolded state. Can be manufactured. Moreover, since a partition part can be manufactured with one blank, it can manufacture easily without taking an effort at the time of manufacture of a partition part. Moreover, since an outer side structure part can be formed with one blank, it does not interfere with the appearance and intensity | strength of an outer side structure part. In addition, a storage box having a complicated configuration having 12 storage spaces can be manufactured extremely efficiently.

It is a front perspective view of a storage box. It is a back perspective view of a storage box. It is a perspective view which shows the state which folded the storage box. It is a perspective view which shows the state which made the sleeve-shaped part cylindrical from the state which folded the storage box. FIG. 5 is an exploded perspective view of FIG. 4. It is a front perspective view of a partition part. It is a back perspective view of a partition part. It is an expanded view of an outer side structure part. It is an expanded view of a partition part. It is a principal part enlarged view of FIG. It is a principal part enlarged view of FIG. It is a principal part enlarged view of FIG. It is explanatory drawing which shows the manufacturing method of a storage box. It is explanatory drawing which shows the manufacturing method of a storage box. It is explanatory drawing which shows the manufacturing method of a storage box. It is explanatory drawing which shows the manufacturing method of a storage box. It is explanatory drawing which shows the manufacturing method of a storage box.

  In the present invention, the partition and the box outside the partition (particularly a cylindrical part) can be manufactured simultaneously, the partition can be manufactured with one blank, and the box (particularly cylindrical) The object of providing a method of manufacturing an assembly having a partition in which a part) can be formed by one blank was realized as follows.

  A storage box (which may be a packaging box) 5 as an assembly having a partition according to the present invention is configured as shown in FIGS. 1 to 12, and is provided inside the outer component 10 and the outer component 10. And a partition part (inner component part) 60. Both the outer component part 10 and the partition part 60 are formed of a single sheet-like blank (specifically, a cardboard material (preferably a thin cardboard material) or cardboard). In the following description, “vertical direction” and “horizontal direction” are perpendicular to each other.

  As shown in FIGS. 1 to 5 and 8, the outer component part 10 has a sleeve-like part (tubular part) 20, a bottom face part 40, and an upper face part 50. The unfolded state of the outer component 10 is as shown in FIG.

  Here, the sleeve-like portion 20 includes a margin portion (outer component portion margin portion) 22, a front portion (outer component portion front portion) 24, a right side portion (outer component portion right side portion) 26, and a rear portion ( It has an outer configuration portion rear surface portion 28 and a left side surface portion (outer configuration portion left side surface portion) 30. When the storage box 5 is assembled, the front surface portion 24 and the back surface portion 28 are parallel to each other, the right side surface portion 26 and the left side surface portion 30 are parallel to each other, and the sleeve-shaped portion 20 is formed into a square cylindrical shape as a whole.

  The margin portion 22 has a shape in which a trapezoidal cutout K0 is formed at a side end of a substantially vertically long rectangular shape. The margin portion 22 is bonded to the inner surface of the left side surface portion 30. The notch K0 is formed in order to secure a region where the adhesive margin 114 of the partition 60 adheres to the first intermediate body 86 when the storage box 5 is manufactured. The width A5 in the left-right direction of the notch K0 is substantially the same as the length B7 in the left-right direction of the adhesive margin 114 (at least A5 is greater than or equal to B7). In addition, the width A0 in the left-right direction of the margin part 22 is larger than the width B7 in the left-right direction of the margin part 114 of the partition part 60 so as to adhere to the left side surface 30 continuously from the upper end to the lower end of the margin part 22. (A0> B7) so that the left side surface portion 30 is bonded to the margin portion 22 via the adhesive application region N3 even when the margin portion 114 is disposed in the notch K0 during manufacture. It has become. Specifically, the width A0 in the left-right direction of the margin portion 22 is approximately twice as large as the width A5 in the left-right direction of the notch K0. As shown in FIG. 15, the adhesive application region N <b> 3 is formed by one region from the vicinity of the upper end of the flap portion 51 of the upper surface portion 50 to the vicinity of the lower end of the flap portion 41 of the bottom surface portion 40. The adhesive application region N3 is formed in a region on the inner side (the broken line C1 side) of the notch K0 in the left-right direction. The adhesive application region N3 is formed on the back surface in FIG.

  Moreover, the front part 24 is connected from the longitudinal side of the glue margin part 22 via the broken line C1 (first broken line), and has a rectangular shape. The front portion 24 is provided with an adhesive application region M1, and an adhesive is applied to the adhesive application region M1 during manufacturing. This adhesive application region M1 is provided in a region where the front portion 62 of the partition portion 60 contacts (see FIG. 13) when the partition portion 60 is disposed on the upper surface of the outer component portion 10 during manufacture (see FIG. 15). .

  Moreover, the right side surface part 26 is connected from the side part on the opposite side to the adhesive margin part 22 of the front part 24 via the broken line C2 (2nd broken line), and is exhibiting square shape. This right side surface portion 26 is provided with an adhesive application region M2, which is the outer right side surface portion 90 when the partition portion 60 is disposed on the upper surface of the outer configuration portion 10 during manufacture (see FIG. 15). Is provided in a region where the contact is made (see FIG. 13).

  Further, the back surface portion 28 is connected from the side portion on the opposite side of the front surface portion 24 of the right side surface portion 26 via a broken line C3 (third broken line), and has a rectangular shape. The back surface portion 28 is provided with an adhesive application region M3. The adhesive application region M3 has a back surface portion 98 when the partition portion 60 is disposed on the upper surface of the outer constituent portion 10 during manufacture (see FIG. 15). It is provided in the area where it contacts (see FIG. 13).

  Moreover, the left side surface part 30 is connected from the side part on the opposite side to the right side surface part 26 of the back surface part 28 via the broken line C4 (fourth broken line), and has a rectangular shape. Further, the left side surface portion 30 is provided with an adhesive application region M4. The adhesive application region M4 is provided on the outer left side surface portion when the partition portion 60 is disposed on the upper surface of the outer constituent portion 10 during manufacture (see FIG. 15). It is provided in a region where 112 is in contact (see FIG. 13).

  A substantially I-shaped cut Ka is formed on the extended line of the broken line C2, and a substantially I-shaped cut Kb is formed on the extended line of the broken line C4.

  The length in the left-right direction between the broken line C1 and the broken line C2 (the length in the left-right direction of the front portion 24 (maximum length)) A1 (first length) and the length in the left-right direction between the broken line C3 and the broken line C4 (The length (maximum length) in the left-right direction of the back surface portion 28) A3 (third length) is formed to be substantially the same (may be the same), and the reference length (length B2, B5 etc.), which is approximately four times as long (just four times as long). Also, the length in the left-right direction between the broken line C2 and the broken line C3 (the length in the left-right direction of the right side surface portion 26 (maximum length)) A2 (second length), and the broken line C4 and the broken line C4 in the left side surface portion 30 are: The length in the left-right direction between the opposite end portions (the length in the left-right direction (maximum length) of the left side surface portion 30) A4 (fourth length) is formed substantially the same (may be the same), and the partition portion 60, which is approximately three times the reference length (length B2, B5, etc.) (may be just three times). Therefore, the length A1 and the length A3 are approximately 4/3 times as long as the length A2 and the length A4. That is, A1 (A3) ≈4 / 3 × A2 (A4).

  In addition, the vertical lengths of the front portion 24, the right side surface portion 26, the back surface portion 28, and the left side surface portion 30 are formed substantially the same. Thereby, the front surface part 24 and the back surface part 28 are formed in substantially the same size and shape, and the right side surface part 26 and the left side surface part 30 are formed in substantially the same size and shape. Further, the upper side of the front part 24 to the left side part 30 is formed in a straight line, and the lower side is also formed in a straight line. The width A0 in the left-right direction of the margin portion 22 is naturally formed shorter than the length A4 in the left-right direction of the left side surface portion 30.

  The bottom surface portion 40 includes a flap portion 41, a bottom surface plate portion 42, a flap portion 44, a bottom surface plate portion 46, and a flap portion 48.

  The flap part 41 is connected from the lower side of the glue margin part 22 via a broken line, and has a rectangular shape. The flap portion 41 is bonded to the flap portion 48 via the adhesive application region N3.

  Moreover, the bottom face plate part 42 is connected from the lower side of the front part 24 via a broken line, and has a rectangular shape.

  Moreover, the flap part 44 is connected from the lower side of the right side part 26 via a broken line, and has a rectangular shape.

  Further, the bottom plate portion 46 is connected from the lower side of the back portion 28 via a broken line, and has the same configuration as the bottom plate portion 42.

  Further, the flap portion 48 is connected from the lower side of the left side surface portion 30 via a broken line, and has substantially the same configuration as the flap portion 44. However, unlike the flap portion 44, one corner on the tip side is chamfered.

  The width between the end of the flap portion 41, the bottom plate portion 42, the flap portion 44, the bottom plate portion 46, and the flap portion 48 on the sleeve-like portion 20 side and the end opposite to the sleeve-like portion 20 side is as follows. They are substantially identical to each other, and are formed to be approximately ½ of the width in the left-right direction of the right side surface portion 26 and the left side surface portion 30.

  When the bottom surface portion 40 is in the closed state, the flap portion 44 is bent with respect to the right side surface portion 26 and the flap portion 48 (the flap portion 41 is bonded to the flap portion 48) with respect to the left side surface portion 30. After that, the bottom plate portion 42 is bent with respect to the front portion 24, the bottom plate portion 46 is bent with respect to the back portion 28, and the bottom plate portion 42 and the bottom plate portion 46 are fixed by an adhesive tape and closed. State.

  Further, the upper surface portion 50 includes a flap portion 51, an upper surface plate portion 52, a flap portion 54, an upper surface plate portion 56, and a flap portion 58. The structure of each part in the upper surface part 50 is formed symmetrically with each part in the bottom surface part 40.

  That is, the flap part 51 is continuously provided from the upper side of the glue margin part 22 via a broken line, and has a rectangular shape. The flap 51 is bonded to the flap 58 via the adhesive application region N3.

  Moreover, the upper surface board part 52 is continuously provided via the broken line from the upper side of the front part 24, and is exhibiting square shape.

  Moreover, the flap part 54 is continuously provided via the broken line from the upper side of the right side part 26, and is exhibiting square shape.

  The upper surface plate portion 56 is connected from the upper side of the back surface portion 28 via a broken line, and has the same configuration as the upper surface plate portion 52.

  Further, the flap portion 58 is continuously provided from the upper side of the left side surface portion 30 via a broken line, and has substantially the same configuration as the flap portion 54. However, unlike the flap portion 54, one corner on the tip side is chamfered.

  The width between the end on the sleeve-like portion 20 side of the flap portion 51, the upper surface plate portion 52, the flap portion 54, the upper face plate portion 56, and the flap portion 58 and the end portion on the opposite side to the end portion on the sleeve-like portion 20 side is They are substantially identical to each other, and are formed to be approximately ½ of the width in the left-right direction of the right side surface portion 26 and the left side surface portion 30.

  Since the method for closing the upper surface portion 50 is the same as that for the bottom surface portion 40, detailed description thereof is omitted.

  Note that the bottom surface portion 40 and the top surface portion 50 function as a lid portion that closes the opening of the outer component formed in a cylindrical shape.

  Next, as shown in FIG. 5 to FIG. 7 and FIG. 9 to FIG. 12, the partition portion 60 includes a front portion (partition portion front portion) 62, a first intermediate portion (partition portion first intermediate portion) 120, Second intermediate part (partition part second intermediate part) 130, rear part (partition part rear part) 98, right side part (partition part right side part) 140, left side part (partition part left side part) 150, glue margin Part (partition part margin part) 114 and partition pieces 70, 72, 74, 80, 82, 84, 100, 102, 104, and generally, front part 62, first intermediate part 120, first 2 The structure which consists of the intermediate part 130, the back part 98, the right side part 140, and the left side part 150 (especially from the 1st intermediate part 120, the 2nd intermediate part 130, the right side part 140, and the left side part 150) Partition piece 70, 72, 74, 80, 82, 84, 100 102, 104 has become a supported configuration. Here, the first intermediate portion 120 includes a first intermediate portion lower side portion (partition portion first intermediate portion lower side portion) 76 and a first intermediate portion main body portion (partition portion first intermediate portion main body portion) 86. The second intermediate portion 130 includes a second intermediate portion lower side portion (partition portion second intermediate portion lower portion) 78 and a second intermediate portion main body portion (partition portion second intermediate portion main body portion) 106, and the right side surface portion 140. Has an inner right side (partition side inner right side) 88 and an outer right side (partition side outer right side) 90, and the left side 150 is an inner left side (partition inner left side) 110 and an outer left side. (Partition portion outer left side surface portion) 112.

  The detail of the partition part 60 is mainly demonstrated using the expanded view of FIGS. 9-12. First, the front part 62 has a horizontally long rectangular main body part 62a and projecting parts 62b, 62c, 62d provided along the long side of the main body part 62a. Part) 62b protrudes from the left end of the upper side of the main body 62a and has a substantially rectangular shape. Further, the projecting portion (tenth projecting portion) 62c is formed from the projecting portion 62b through an interval of the length of the substantially straight cut K1 and the width of the opening K3, and has a substantially 1/4 circular shape. Is formed. The projecting portion (eleventh projecting portion) 62d is formed so as to protrude from the right end of the upper side of the main body portion 62a, and the length of the substantially straight cut K2 and the width of the opening K4 from the projecting portion 62b. It is formed through an interval of minutes, and is formed in a substantially quarter circle shape.

  Moreover, the partition pieces 70, 72, and 74 are connected to the front portion 62 via a broken line, and the partition piece (fourth partition piece) 70 is formed in a vertical direction from a side portion of the projecting portion 62b on the projecting portion 62c side. And is adjacent to the main body 62a via a horizontal cut K1. The partition piece 70 has one square corner (upper left corner in FIGS. 9 and 10) obliquely cut off by an inclined side 70a and an inclined side 70a by a substantially arcuate portion K3a of the opening K3. The corners on the opposite side (diagonal) are cut into a substantially arc shape. That is, the partition piece 70 is surrounded by the polygonal line C11, the cut K1, the substantially arcuate part K3a of the opening K3, the linear part K3b of the opening K3, the polygonal line C14, the substantially linear cut K5, and the inclined side 70a. Presents.

  Further, the partition piece (fifth partition piece) 72 is continuously provided from the side portion of the projecting portion 62c on the projecting portion 62d side via the vertical broken line C12, and the main body portion 62a via the left and right cut K2. And is adjacent. The partition piece 72 has one square corner (upper left corner in FIGS. 9 and 10) cut out in an arc shape by a substantially arc-shaped portion K3c of the opening K3, and on the opposite side to the corner. The (diagonal) corner (lower right corner in FIGS. 9 and 10) has a substantially arcuate shape cut by a substantially arcuate portion K4a of the opening K3. That is, the partition piece 72 includes the broken line C12, the cut K2, the substantially arcuate part K4a of the opening K4, the linear part K4b of the opening K4, the broken line C15, the substantially straight cut K6, and the substantially arcuate part of the opening K3. The shape surrounded by K3c and the linear part K3b is exhibited.

  Further, the partition piece (sixth partition piece) 74 is connected to the side of the projecting portion 62d opposite to the projecting portion 62c via a vertical broken line C13, and is substantially point-symmetric with the partition piece 70. Presents. In other words, the partition piece 74 is formed by notching one square corner (lower right corner in FIGS. 9 and 10) diagonally by the inclined side 74b and on the opposite side (diagonal) of the inclined side 70a. ) (The upper left corner in FIG. 9 and FIG. 10) is cut in a substantially arc shape by a substantially arc-shaped portion K4c of the opening K4, and is inclined with a polygonal line C13 and a lateral side 74a. It has a shape surrounded by a piece 74b, a vertical folding line C16, a substantially straight cut K7, a substantially arcuate portion K4c of the opening K4, and a straight portion K4b.

  The cut K1, the cut K2, and the side portion 74a are formed in the left-right direction, and are formed on the same straight line.

  The broken line C12 and the broken line C14 are formed in the vertical direction and are formed on the same straight line. Moreover, the broken line C13 and the broken line C15 are formed in the up-down direction, and are formed on the same straight line.

  In addition, the cut K5, the cut K6, and the cut K7 are formed in the left-right direction, and are formed on the same straight line.

  The first intermediate portion lower side portion 76 has a horizontally long trapezoidal main body portion 76a and projecting portions 76b, 76c, and 76d provided along the long sides of the main body portion 76a.

  The main body 76a is adjacent to the partition piece 70 via a substantially straight cut K5, is adjacent to the partition piece 72 via a substantially straight cut K6, and is separated from the partition piece 74 via a substantially L-shaped cut K7. And is adjacent.

  Further, the protruding portion (eighth protruding portion) 76b protrudes from the right end portion of the lower side of the main body portion 76a and has a substantially rectangular shape. A side portion of the protruding portion 76b on the protruding portion 76c side is connected to the partition piece 74 via a broken line C16. Further, the projecting portion (seventh projecting portion) 76c is formed from the projecting portion 76b through an interval corresponding to the length of the cut K7 and the width of the opening K4, and is formed in a substantially ¼ circular shape. . A side portion of the projecting portion 76c on the projecting portion 76d side is connected to the partition piece 72 via a broken line C15. Further, the projecting portion (sixth projecting portion) 76d is formed from the projecting portion 76c through an interval corresponding to the length of the notch K6 and the width of the opening K3, and is formed in a substantially ¼ circular shape. . A side portion of the protruding portion 76d opposite to the protruding portion 76c is connected to the partition piece 70 via a broken line C14.

  The opening K3 is formed by connecting a substantially arcuate part K3a, a linear part K3b, and a substantially arcuate part K3c. The opening K3 is continuously provided below the broken line C14 provided above the linear part K3b. The bent line C12 is provided on an extension of the center line in the vertical direction of the linear portion K3b. The opening K4 is formed by connecting a substantially arcuate part K4a, a linear part K4b, and a substantially arcuate part K4c. The opening K4 is continuously provided below the broken line C15 provided above the linear part K4b. The bent line C13 is provided on an extension of the vertical center line of the linear portion K4b.

  Since the front part 62, the partition pieces 70, 72, 74, and the first intermediate part lower part 76 are configured as described above, the front part 62 is moved in parallel to the first intermediate part lower part 76. Thus, each partition piece in the partition pieces 70, 72, 74 is bent with respect to the front portion 62 and the first intermediate portion lower side portion 76 via a broken line, and the partition pieces 70, 72, 74 are turned to the front portion 62 and the first portion. It becomes a right angle with the lower part 76 of the middle part.

  The front portion 62, the partition pieces 70, 72, and 74 and the first intermediate portion lower side portion 76 are turned upside down with respect to the states of FIGS. 9 and 10 when the storage box 5 is manufactured. Become.

  The second intermediate portion lower side portion 78 is connected from the upper side of the first intermediate portion lower side portion 76 (the lower side when manufactured) via a broken line, and has a horizontally-long rectangular main body portion 78a and the main body portion 78a. Projecting portions 78b, 78c, 78d provided along the long side (upper side) of the main body portion 78a. The projecting portion (fifth projecting portion) 78b projects from the right end of the upper side of the main body portion 78a. It has a substantially square shape. Further, the projecting portion (fourth projecting portion) 78c is formed from the projecting portion 78a through an interval corresponding to the length of the cut K13 and the width of the opening K16, and is formed in a substantially ¼ circular shape. . Further, the projecting portion (third projecting portion) 78d is formed from the projecting portion 78c through a distance corresponding to the length of the cut K12 and the width of the opening K15, and is approximately 1/4 circle on the upper side of the horizontally long rectangular shape. It is formed in a shape in which the shapes are continuously arranged.

  The second intermediate portion lower side portion 78 is connected to the first intermediate portion lower side portion 76 through a cut K10a.

  The second intermediate portion lower side portion 78 is formed so as to protrude in the left-right direction from the fold lines C21, C26 to the vertically long portion 86a-2 side (left side in FIGS. 9 and 11), thereby providing a protruding portion 78e. The adhesive is applied to the vertically long portion 106a-2 of the second intermediate portion main body 106 by an adhesive applied to the adhesive application region N2 provided in the shape portion 78e. That is, the adhesive application region N2 is provided at the end of the second intermediate portion lower side portion 78 on the partition piece 80 side.

  In addition, the second intermediate portion lower side portion 78 protrudes to the right side (opposite to the partition piece 80) from the broken line C23 in the left-right direction.

  Further, the partition pieces 80, 82, 84 are connected to the second intermediate portion lower side portion 78 via a broken line, and the partition piece 80 (first partition piece) is on the opposite side of the projecting portion 78c of the projecting portion 78d. Is connected to the lower side portion 78 of the second intermediate portion via a substantially L-shaped cut K11. This partition piece 80 forms a rectangular cutout at one corner of the square (the lower right corner in FIGS. 9 and 11), and the upper corner (FIGS. 9 and 11) of the corner. (The upper right corner) is cut out into a substantially arc shape by a substantially arcuate portion K15a of the opening K15. In addition, since the vertically long slot-like opening K14 is formed on the side of the partition piece 80 that is connected to the first intermediate body portion 86, the side of the partition piece 80 is depressed. It has a shape. That is, the partition piece 80 has a shape surrounded by the broken line C21, the cut K11, the cut K10b, the opening K14, the broken line C25, the cut K17, the substantially arcuate part K15a of the opening K15, and the linear part K15b. .

  In addition, the partition piece 80 is connected to the first intermediate portion lower side portion 76 through a cut K10b (the cut K10b is on an extension line of the cut 10a).

  In addition, the partition piece (second partition piece) 82 is continuously provided from the side portion of the projecting portion 78c on the projecting portion 78d side via the vertical broken line C22, and the second intermediate portion via the left and right cut K12. It is adjacent to the subordinate side portion 78. The partitioning piece 82 is cut out in a substantially arc shape by a substantially arcuate portion K15c of the opening K15 at one corner of the square (lower left corner in FIGS. 9 and 11), and opposite to the corner. The corner (upper right corner in FIGS. 9 and 11) on the side (diagonal) is cut into a substantially arc shape by a substantially arc-shaped portion K16a of the opening K16. That is, the partition piece 82 includes the broken line C22, the cut K12, the substantially arcuate part K15c of the opening K15, the linear part K15b of the opening K15, the broken line C26, the substantially straight cut K18, and the substantially arcuate part of the opening K16. It has a shape surrounded by K16a and linear portion K16b.

  In addition, the partition piece (third partition piece) 84 is continuously provided from the side portion of the projecting portion 78b on the projecting portion 78c side via the vertical broken line C23, and the second middle through the left and right cut K13. It is adjacent to the subordinate side portion 78. The partition piece 84 is cut out in a substantially arc shape by a substantially arcuate portion K16c of the opening K16 at one corner of the square (the lower left corner in FIGS. 9 and 11), and is opposite to the corner. The side (diagonal) corner (upper right corner in FIGS. 9 and 11) is cut into a substantially rectangular shape by the protrusion 86 b of the first intermediate body 86.

  The cuts K12 and K13 are formed in the left-right direction and are formed on the same straight line.

  The broken line C24 and the broken line C25 are formed in the vertical direction and are formed on the same straight line. Moreover, the broken line C21 and the broken line C26 are formed in the up-down direction, and are formed on the same straight line. Further, the broken line C22 and the broken line C27 are formed in the vertical direction and are formed on the same straight line.

  Further, the cut K17, the cut K18, and the cut K19a are formed in the left-right direction, and are formed on the same straight line.

  Further, the first intermediate body part 86 has a lateral L-shaped body part 86a and projecting parts 86b, 86c, 86d provided along the inner long side of the body part 86a. .

  That is, the main body portion 86a includes a horizontally long portion 86a-1 formed in a horizontally long rectangular shape, and a vertically long portion (first region) formed continuously from the side of the horizontally long portion 86a-1 and formed vertically. 86a-2, and has a lateral L-shape as a whole. The main body 86a is adjacent to the partition piece 80 via a substantially straight cut K17, is adjacent to the partition piece 82 via a substantially straight cut K18, and is adjacent to the partition piece 84 via a cut K19. Yes. Here, the cut K19 is configured by connecting a substantially straight cut K19a and a substantially L-shaped cut K19b.

  Further, the vertically long portion 86a-2 is connected to the partition piece 80 via the broken line C24 and the broken line C25, and an opening K14 is provided between the broken line C24 and the broken line 25 in the vertical direction. The side part on the part 86a-2 side is on an extension line of the broken lines C24 and C25.

  The protruding portion 86b protrudes from the right end portion of the lower side of the main body portion 86a and has a substantially square shape. The lower side portion and the left side (projection portion 86c side) side portion of the protruding portion 86b are adjacent to the partition piece 84 through the cut K19b.

  Further, the projecting portion (second projecting portion) 86c is formed from the projecting portion 86b through the length of the cut K19a, and is formed in a substantially quarter circle shape. Further, the projecting portion (first projecting portion) 86d is formed from the projecting portion 86c through an interval corresponding to the width of the opening K16 and an interval between the lengths of the cuts K18, and is formed in a substantially 1/4 circular shape. Has been.

  The opening K15 is formed by connecting a substantially arcuate part K15a, a linear part K15b, and a substantially arcuate part K15c. The opening K15 is continuously provided below the broken line C26 provided above the linear part K15b. The bent line C21 is provided on an extension of the center line in the vertical direction of the linear portion K15b. The opening K16 is formed by connecting a substantially arcuate part K16a, a linear part K16b, and a substantially arcuate part K16c. The opening K16 is continuously provided below the broken line C27 provided above the linear part K16b. The bent line C22 is provided on an extension of the center line in the vertical direction of the linear portion K16b. The horizontally long portion 86a-1 and the projecting portions 86c and 86d correspond to the second region.

  Since the second intermediate portion lower side portion 78, the partition pieces 80, 82, 84, and the first intermediate portion main portion 86 are configured as described above, the second intermediate portion lower portion 78 is replaced with the first intermediate portion main portion. By moving in parallel with respect to 86, each partition piece in the partition pieces 80, 82, 84 is bent with respect to the second intermediate portion lower side portion 78 and the first intermediate portion main body 86 via the broken line, and the partition piece 80 , 82, 84 are perpendicular to the second intermediate portion lower side portion 78 and the first intermediate portion main body portion 86.

  In addition, the inner right side surface portion 88 is continuously provided from the side opposite to the side of the horizontally long portion 86a-1 of the vertically long portion 86a-2 of the first intermediate portion main body 86 via a vertical broken line C5. It has a shape in which R is formed at a pair of rectangular corners. That is, a rounded portion is formed at a pair of corners (upper and lower corners) of the inner right side surface 88 opposite to the first intermediate body part 86 side. The inner right side surface portion 88 is bonded to the outer right side surface portion 90 by an adhesive applied to the adhesive application region N1 provided on the inner right side surface portion 88. This adhesive application area N1 is formed along the polygonal line C5 in the area on the polygonal line C5 side of the inner right side surface portion 88.

  Further, the outer right side surface portion 90 is connected from the side portion of the inner right side surface portion 88 on the opposite side to the first intermediate body portion 86 side via a broken line C6, and forms a round at a pair of square corners. It has a shape. In other words, a pair of corners on the inner right side surface part 88 side of the outer right side surface part 90 is formed with a round shape having the same shape as that formed on the corner part of the inner right side surface part 88.

  The back surface portion 98 has a horizontally long rectangular main body portion 98a and protrusions 98b and 98c provided along the long side (upper side) of the main body portion 98a. The shape portion 98b is formed so as to protrude upward from an end portion on the left side (inner left side surface portion 110 side) of the upper side of the main body portion 98a, and is formed in a shape in which a substantially ¼ circular shape is continuously provided. Further, the projecting portion (fourteenth projecting portion) 98c is formed from the projecting portion 98b through an interval corresponding to the length of the notch K23 and the width of the opening K26, and is formed in a substantially ¼ circular shape. . In addition, the back surface part 98 protrudes to the left side (opposite side to the partition piece 100) from the broken line C33 in the left-right direction.

  Further, the partition pieces 100, 102, and 104 are connected to the back surface portion 98 via a broken line, and the partition piece (seventh partition piece) 100 is vertically moved from a side portion opposite to the inner left side surface portion 110 of the back surface portion 98. It is connected via a directional line C31. This partition piece 100 has a shape in which one square corner (upper left corner in FIGS. 9 and 12) is cut out in a substantially arc shape by a substantially arc-shaped portion K25a of the opening K25. In addition, since the elongated elongated hole-shaped opening K24 is formed on the side of the partition piece 100 that is connected to the second intermediate body portion 106, the side of the partition piece 100 is depressed. It has a shape. That is, the partition piece 100 has a shape surrounded by the broken line C31, the opening K25, the cut K27, the broken line C35, the opening K24, and the broken line C34.

  A notch K30 is formed below the polygonal line C31 at the boundary position with the back surface portion 98 of the partition piece 100.

  Further, the partition piece (eighth partition piece) 102 is continuously provided from a side portion of the projecting portion 98c opposite to the projecting portion 98b via a vertical fold line C32, and through a left and right cut K22. Adjacent to the back portion 98. The partition piece 102 has a shape in which one square corner (upper left corner in FIGS. 9 and 12) is cut out in a substantially arc shape by a substantially arc-shaped portion K26a of the opening K26. In other words, the partition piece 102 is surrounded by the broken line C32, the cut K22, the straight line portion K25b of the opening K25, the broken line C36, the substantially straight cut K28, the substantially arcuate portion K26a of the opening K26, and the straight line portion K26b. It has a shape.

  Moreover, the partition piece (9th partition piece) 104 is continuously provided from the side part by the side of the protrusion part 98c of the protrusion part 98b through the up-down direction broken line C33, and the back part 98 through the horizontal cut K23. And is adjacent. The partition piece 104 has a shape in which one square corner (lower right corner in FIGS. 9 and 12) is cut out in a substantially arc shape by a substantially arc-shaped portion K26c of the opening K26. .

  The cuts K22 and K23 are formed in the left-right direction and are formed on the same straight line.

  The broken line C34 and the broken line C35 are formed in the vertical direction and are formed on the same straight line. Moreover, the broken line C31 and the broken line C36 are formed in the up-down direction, and are formed on the same straight line. Moreover, the broken line C32 and the broken line C37 are formed in the up-down direction, and are formed on the same straight line. The broken line C33 and the broken line C8 are formed in the vertical direction and are formed on the same straight line.

  Further, the cut K27, the cut K28, and the cut K29 are formed in the left-right direction, and are formed on the same straight line.

  Further, the second intermediate body part 106 has a laterally L-shaped body part 106a and projecting parts 106b, 106c, and 106d provided along the inner long side of the body part 106a. .

  That is, the main body portion 106a has a horizontally long portion 106a-1 formed in a horizontally long rectangular shape, and a vertically long portion (third region) formed continuously from the side of the horizontally long portion 106a-1 and formed in a vertically long rectangular shape. 106 a-2, and has a lateral L-shape as a whole. The main body 106a is adjacent to the partition piece 100 through a substantially straight cut K27, is adjacent to the partition piece 102 through a substantially straight cut K28, and is adjacent to the partition piece 104 through a cut K29. Yes.

Further, from the side of the main body part 106a (the side opposite to the horizontally long part 106a-1 of the vertically long part 106a-2), it is connected to the outer right side surface part 90 via the vertical broken line C7. The vertically long portion 106a-2 is connected to the partition piece 100 via the broken line C34 and the broken line C35, and an opening K24 is provided in the vertical direction between the broken line C34 and the broken line 35, and the vertically long portion 106a of the opening K24. The side portion on the −2 side is on an extension line of the polygonal lines C24 and C25.

  Further, the projecting portion (thirteenth projecting portion) 106b is formed from the left end portion of the laterally long portion 106a-1 through the length of the cut K29, and is formed in a substantially quarter circle shape. Further, the projecting part (the 12th projecting part) 106c is formed through a distance corresponding to the width of the opening K26 and the length of the cut K28 from the projecting part 106b, and is formed in a substantially ¼ circular shape. Has been.

  The opening K25 is formed by connecting a substantially arcuate portion K25a and a linear portion K25b, and a broken line C36 continuously provided on the upper side of the linear portion K25b and a broken line C31 provided on the lower side are provided. It is provided on an extension of the center line in the vertical direction of the linear portion K25b. The opening K26 is formed by connecting a substantially arcuate part K26a, a linear part K26b, and a substantially arcuate part K26c. The opening K26 is continuously provided below the broken line C37 provided above the linear part K26b. The bent line C32 is provided on an extension of the vertical center line of the linear portion K26b. Note that the horizontally long portion 106a-1 and the protruding portions 106b and 106c correspond to the fourth region.

  Since the back surface portion 98, the partition pieces 100, 102, 104 and the second intermediate portion main body portion 106 are configured as described above, the back surface portion 98 is moved in parallel to the second intermediate portion main body portion 106. As a result, each of the partition pieces in the partition pieces 100, 102, 104 is bent with respect to the back surface portion 98 and the second intermediate body portion 106 via a broken line, and the partition pieces 100, 102, 104 are connected to the back surface portion 98 and the second portion. It is perpendicular to the intermediate body part 106.

  In addition, the inner left side surface portion 110 is connected from the side opposite to the outer right side surface portion 90 of the second intermediate portion main body 106 via a broken line C8, and is opposite to the partition piece 100 side of the rear surface portion 98. From the side part on the side, the polygonal line C41 (the polygonal line C41 is located on the side of the polygonal line C9 relative to the polygonal line C33 in the left-right direction), and a shape in which R is formed at a pair of vertically-long rectangular corners (that is, The shape is the same as that of the inner right side surface 88), and is formed with a notch for providing a substantially arc-shaped portion K40b of the opening K40 and an end of the back surface 98.

  That is, the linear portion K40a of the opening K40 is provided between the inner left side portion 110, the laterally long portion 106a-1 and the partition piece 104, and is provided below the broken line C8 provided above the linear portion K40a. The broken line C33 is provided on an extension of the vertical center line of the linear portion K40a. Between the inner left side surface portion 110 and the back surface portion 98, a substantially arc-shaped portion K40b of the opening K40 is provided. Further, the broken line C41 is continuously provided from the lower end of the substantially arcuate portion K40b on the extension line of the center line of the substantially arcuate portion K40b.

  A notch K41 is formed above the broken line C8 at the boundary position of the inner left side 110 with the second intermediate body part 106, and a broken line C41 is formed at the boundary of the inner left side 110 with the back surface 98. A notch K42 is formed on the lower side.

  Further, when the storage box 5 is assembled three-dimensionally and the partition portion 60 is assembled three-dimensionally, a perforated cut line is formed along the broken line C41 so as to break along the broken line C41.

  In addition, the outer left side surface portion 112 is connected from the side opposite to the second intermediate body portion 106 side of the inner left side surface portion 110 via a broken line C9, and forms a round at a pair of square corners. In addition, it has a shape having a vertical rectangular cutout K50 on the lower side opposite to the inner left side surface 110. That is, a pair of corners on the inner left side surface part 110 side of the outer left side part 112 is formed with a round shape similar to the round shape formed at the corner part of the inner left side part 110. In addition, by forming the notch K50 in the outer left side 112, the outer left side 112 is formed with a protruding portion 112a on the upper side opposite to the inner left side 110.

  The outer left side surface portion 112 is bonded to the inner left side surface portion 110 with an adhesive applied to an adhesive application region N4 provided on the outer left side surface portion 112. This adhesive application area N4 is provided in an area where the inner left side face 110 comes into contact when the inner left side face 110 is folded back via the broken line C9, and is located on the inner left side face 110 side of the intermediate position in the left-right direction of the outer left side face 112. It is formed in the vertical direction.

  Further, the glue margin 114 is continuously provided from the end of the outer left side 112 opposite to the inner left side 110 (the end of the projecting part 112a) via the broken line C43, and has a vertically long trapezoidal shape. Yes. The glue margin 114 is formed in a shape and size that can be placed in the notch K0 of the outer component glue margin 22, and is applied to the adhesive application region N5 provided in the glue margin 114. Thus, the first intermediate portion main body 86 is bonded to the end portion on the side where the projecting portion 86b is formed (the end portion of the laterally long portion 86a-1 opposite to the longitudinally long portion 86a-2).

  The upper side of the first intermediate body part 86, the upper side of the inner right side part 88, the upper side of the outer right side part 90, the upper side of the second intermediate part main part 106, the upper side of the inner left side part 110, and the outer left side. The upper side (referred to as “upper side group”) of the surface portion 112 is on the same straight line, the lower side of the second intermediate portion lower side portion 78, the lower side of the partition piece 80, the lower side of the first intermediate portion main body portion 86, The lower side of the inner right side 88, the lower side of the outer right side 90, the lower side of the second intermediate body 106, the lower side of the partition piece 100, the lower side of the back surface 98, the lower side of the inner left side 110, and the outer side The lower side of the left side surface portion 112 (referred to as a “lower side group”) is on the same straight line. Further, the upper side group and the lower side group are parallel to each other.

  In the partition 60, a member below the lower side group and its extension line is a partition protrusion 60A, and a member above the lower group and its extension line is a partition body 60B. That is, the partition part protrusion part 60A is configured by the first intermediate part lower side part 76, the partition pieces 70, 72, 74, and the front part 62, and the partition part main body part 60B is configured by other members.

  In addition, the length B1 in the left-right direction between the broken line C5 and the side H1 of the second intermediate body part 86 (the length in the left-right direction of the first intermediate body part 86), and between the broken line C7 and the broken line C8 (C33). Is substantially the same as the length B4 in the left-right direction, and is approximately four times the reference length (lengths B2 and B5). Further, the length B3 in the left-right direction between the broken line C6 and the broken line C7 (the length in the left-right direction of the outer right side surface portion 90) and the length B6 in the left-right direction between the broken line C9 and the broken line C43 (the left-right direction of the outer left side surface portion 112). ) Is approximately twice as long as the reference length (or just twice as long).

  Further, the length B11 in the left-right direction between the broken line C11 and the broken line C12 (C14) (the length in the left-right direction of the partition piece 70), and the length in the left-right direction between the broken line C12 (C14) and the broken line C13 (C15). The length B12 (length in the left-right direction of the partition piece 72) and the length B13 in the left-right direction between the broken line C13 (C15) and the broken line C16 (length in the left-right direction of the partition piece 74) are substantially the same as the reference length ( It may be just the same). 9 to 12, the broken line C11 and the broken line C5 coincide with each other in the left-right direction, and the broken line C12 (C14) and the broken line C24 (C25) coincide with each other in the left-right direction. C13 (C15) and the broken line C21 (C26) coincide with each other in the left-right direction.

  In addition, the length B20 in the left-right direction between the broken line C5 and the broken line C24 (C25) (the length in the left-right direction of the vertically long portion 86a-2) and the length in the left-right direction between the broken line C24 (C25) and the broken line C21 (C26). B21 (the length in the left-right direction of the partition piece 80), the length B22 in the left-right direction between the broken line C21 (C26) and the broken line C22 (C27) (the length in the left-right direction of the partition piece 82), and the broken line The length B23 in the left-right direction between C22 (C27) and the broken line C23 (the length in the left-right direction of the partition piece 84) is substantially the same as the reference length (may be exactly the same).

  Further, the length B30 in the left-right direction between the broken line C7 and the broken line C34 (C35) (the length in the left-right direction of the longitudinally long portion 106a-2), and the length in the left-right direction between the broken line C34 (C35) and the broken line C31 (C36). B31 (the length in the left-right direction of the partition piece 100), the length B32 in the left-right direction between the broken line C31 (C36) and the broken line C32 (C37) (the length in the left-right direction of the partition piece 102), and the broken line The length B33 in the left-right direction between the C32 (C37) and the broken line C33 (C8) (the length in the left-right direction of the partition piece 104) is substantially the same (may be exactly the same) as the reference length.

  Further, the length B0 in the left-right direction between the broken line C23 and the side portion H2 in the second intermediate portion lower side portion 78, the length B10 in the left-right direction between the broken line C11 and the side portion H3 in the front portion 62, and the margin part 114 The length B7 in the left-right direction between the broken line C43 and the side H4 is formed smaller than the reference length.

  Further, the length in the vertical direction between the upper side group and the lower side group of the partition body part 60B (that is, the length in the vertical direction of the partition part body part 60B) B41, and the side part H5 (projection) of the lower side group and the front part 62. The vertical length between the side portions opposite to the side portions on which the shape portions 62b, 62c and 62d are provided (that is, the vertical length of the partition projection 60A) B42 is substantially the same. (It may be exactly the same). Further, the lengths B41 and B42 are formed to have a length equal to or less than the length A6 in the vertical direction of the sleeve-like portion 20 in the outer configuration portion 10.

  As described above, the length between the polygonal line C6 and the polygonal line C9 in the partition 60 and the length between the polygonal line C2 and the polygonal line C4 in the outer component part 10 are both approximately 7 times the reference length (just 7 times the reference length). May be substantially the same (may be the same). Therefore, when the partition line 60 is arranged on the upper surface of the outer component part 10 by combining the polygonal line C4 of the outer component part 10 and the polygonal line C9 of the partition part 60 (see FIG. 15), the polygonal line C2 and the polygonal line C6 match. become.

  Further, in a state where the storage box 5 is assembled (that is, a state where the partition portion 60 is also assembled), the partition portion 60 is configured as shown in FIGS. 6 and 7, and includes a front portion 62, a first intermediate portion 120, and the like. The second intermediate portion 130 and the back surface portion 98 are substantially parallel to each other, the right side surface portion 140 and the left side surface portion 150 are approximately parallel to each other, and the front surface portion 62, the first intermediate portion 120, the second intermediate portion 130, and the back surface portion. 98 is substantially perpendicular to the right side surface portion 140 and the left side surface portion 150. Further, the partition pieces 70, 72, and 74 are perpendicular to the front portion 62 and the first intermediate portion lower portion 76, and the partition pieces 80, 82, and 84 are the second intermediate portion lower portion 78 and the first intermediate portion main body portion. The partition pieces 100, 102, and 104 are perpendicular to the back surface portion 98 and the second intermediate portion main body portion 106.

  A method for manufacturing the storage box 5 having the above configuration will be described. First, the outer side structure part 10 shown in FIG. 8 and the partition part 60 shown in FIG. 9 are manufactured. In addition, it is preferable to form ruled lines in advance at the broken line locations. Further, when the outer component 10 is manufactured, when the blank constituting the outer component 10 is cardboard, by pressing a pressing member such as cork against the regions R1, R2, R3, R4 in FIG. It is preferable to make it thin so that adjacent members can be easily folded. That is, the region R1 is a region excluding the region on the broken line C1 side of the margin portion 22 and the flap portions 41 and 51, and the region R2 is a region at the boundary between the front portion 24 and the right side portion 26 (the broken line C2 and the cut Ka). The region R3 is a region at the boundary between the back surface portion 28 and the left side surface portion 30 (the region on both sides of the broken line C4 and the cut Kb), and the region R4 is the left side surface portion 30, the flap portion 48, and the flap portion. 58 is a region on the tip side.

  First, an adhesive is applied to the adhesive application areas M1, M2, M3, and M4 in the outer configuration portion 10. And it arrange | positions so that the outer surface at the time of completion may become a lower side (bottom face side) in the state which expand | deployed the outer side structure part 10. FIG.

  And the 1st intermediate part lower side part 76 in the partition part 60 is folded back so that it may become a back side via the broken line C20, and is comprised by the 1st intermediate part lower side part 76, partition piece 70,72,74, and the front part 62. The partition part protrusion part 60A is arranged on the back side of the partition part body part 60B (see FIG. 14).

  And the partition part 60 is arrange | positioned in the state which expand | deployed the partition part 60 on the upper surface of the outer side structure part 10, and the upper surface of the inner surface at the time of completion. That is, in the left-right direction, it arrange | positions so that the fold line C4 of the outer side structure part 10 and the fold line C9 of the partition part 60 may correspond, and the fold line C2 of the outer side structure part 10 and the fold line 6 of the partition part 60 correspond. That is, the partition projection 60A is disposed between the partition main body 60B and the outer component 10 in the partition 60. Further, in the vertical direction, as shown in FIG. 15, the lower side of the partition part main body 60 </ b> B is made to coincide with or slightly above the lower side of the sleeve-like part 20 of the outer constituent part 10. It should be noted that at least the partition portion 60 does not protrude from the sleeve-like portion 20 in the vertical direction.

  And the location of adhesive application area | region M1, M2, M3, M4 is pressed, and the outer side structure part 10 and the partition part 60 are adhere | attached in the area | region of adhesive agent application | coating area | region M1, M2, M3, M4 (1st Adhesion process). In addition, in the partition part 60, an adhesive agent may be apply | coated to the direction which the adhesive agent application | coating area | region M1, M2, M3, M4 adhere | attaches, and the outer side structure part 10 and the partition part 60 may be adhere | attached.

  Thereafter, an adhesive is applied to the adhesive application region N1 of the inner right side surface portion 88, and an adhesive is applied to the adhesive application region N2 of the second intermediate portion lower side portion 78 (first adhesive application step). Instead of the adhesive application area N1, an adhesive may be applied to the area where the adhesive application area N1 adheres on the outer right side surface portion 90, and instead of the adhesive application area N2, the second intermediate portion. You may apply | coat an adhesive agent to the area | region where the adhesive agent application | coating area | region N2 in the vertically long part 106a-2 of the main-body part 106 adhere | attaches.

  Thereafter, the portion outside the polygonal line C2 (right side in FIG. 8) in the outer configuration portion 10 is folded back around the polygonal line C2, and the portion outside the polygonal line C6 (right side in FIG. 9) in the partition portion 60 is folded along the polygonal line C6. It is folded back to the center (see FIG. 16), and at least the location of the adhesive application region N1 and the location of the adhesive application region N2 are pressed. Then, the inner right side surface portion 88 and the outer right side surface portion 90 are bonded, and the second intermediate portion lower side portion 78 and the vertically long portion 106a-2 of the second intermediate portion main body portion 106 are bonded (second bonding step). In addition, since the broken line C2 of the outer side structure part 10 and the broken line C6 of the partition part 60 correspond, it can fold simultaneously.

  Thereafter, the adhesive is applied to the adhesive application region N3 of the outer component 10, the adhesive application region N4 of the outer left side 112, and the adhesive application region N5 of the adhesive margin 114 (second adhesive application step). Instead of the adhesive application region N3, an adhesive may be applied to a region where the adhesive application region N3 in the left side surface portion 30 is bonded. In addition, instead of the adhesive application region N4, the inner left side surface portion 110 may be applied. An adhesive may be applied to a region to which the adhesive application region N4 adheres, and instead of the adhesive application region N5, an adhesive is applied to a region to which the adhesive application region N5 in the first intermediate body portion 86 adheres. May be applied.

  Thereafter, a portion outside the polygonal line C4 (left side in FIG. 8) in the outer configuration portion 10 is folded around the polygonal line C4, and a portion outside the polygonal line C9 in the partition portion 60 (left side in FIG. 9) is the polygonal line C9. (See FIG. 17), and at least the part of the adhesive application region N3, the part of the adhesive application region N4, and the part of the adhesive application region N5 of the pushed back part are pressed. Then, in the outer configuration part 10, the adhesive margin part 22 and the left side part 30 are bonded, the flap part 41 and the flap part 48 are bonded, the flap part 51 and the flap part 58 are bonded, and the partition part 60 The inner left side surface portion 110 and the outer left side surface portion 112 are bonded together, and the first intermediate body portion 86 and the adhesive margin portion 114 are bonded (third bonding step). In addition, since the broken line C4 of the outer side structure part 10 and the broken line C9 of the partition part 60 correspond, it can fold simultaneously. Further, in the state shown in FIG. 16, the end region of the first intermediate body part 86 is exposed in the notch K0 of the adhesive part 22 of the outer component part 10, so that the adhesive part 114 is the first intermediate part body. There is no hindrance when adhering to the portion 86.

  As described above, the storage box 5 is formed. At the stage of manufacturing as described above, the storage box 5 is formed in a state of being folded into a flat plate shape as shown in FIG. In addition, said manufacture is manufactured automatically by an assembly apparatus.

  A method of using the storage box 5 manufactured as described above will be described. When storing or transporting the storage box 5, the storage box 5 is folded as shown in FIG. In the state in which the storage box 5 is folded, the front portion 24 and the left side portion 30 have a single plate shape, and the right side portion 26 and the back portion 28 have a single plate shape. 30 is substantially parallel to the right side surface portion 26 and the back surface portion 28. Also, in the partition portion 60, the partition portion main body portion 60B is folded through the fold line C6 and the fold line C9, and the partition portion protrusion portion 60A is stacked on the partition portion body portion 60B in a folded state. It is in a state of being folded into a flat plate shape as a whole.

  Next, when the storage box 5 is used, the bottom portion 40 is assembled by forming the sleeve-like portion 20 of the outer constituent portion 10 into a rectangular tube shape so that adjacent members are perpendicular to each other. When assembling the bottom surface portion 40, the flap portion 44 is bent with respect to the right side surface portion 26, and the flap portion 48 (the flap portion 41 is bonded to the flap portion 48) is bent with respect to the left side surface portion 30, and thereafter The bottom plate portion 42 is bent with respect to the front portion 24, and the bottom plate portion 46 is bent with respect to the back portion 28, and the bottom plate portion 42 and the bottom plate portion 46 are fixed with an adhesive tape.

  When the sleeve-like portion 20 is assembled into a rectangular tube shape, the partition portion 60 is also assembled in the state shown in FIGS. 4 to 7, and the front portion 62 and the first intermediate portion 120 (the first intermediate portion 120 is A first intermediate portion lower side portion 76 and a first intermediate portion main body portion 86) and a second intermediate portion 130 (the second intermediate portion 130 includes a second intermediate portion lower side portion 78 and a second intermediate portion main body portion). 106) and the back surface portion 98 are substantially parallel to each other, the right side surface portion 140 (the right side surface portion 140 is composed of the inner right side surface portion 88 and the outer right side surface portion 90), and the left side surface portion 150 (the left side surface portion). 150 is composed of an inner left side surface portion 110 and an outer left side surface portion 112), and the front surface portion 62, the first intermediate portion 120, the second intermediate portion 130, and the back surface portion 98 are connected to the right side surface portion 140. And a right angle with the left side 150 . Further, the partition pieces 70, 72, and 74 are perpendicular to the front portion 62 and the first intermediate portion lower portion 76, and the partition pieces 80, 82, and 84 are the second intermediate portion lower portion 78 and the first intermediate portion main body portion. The partition pieces 100, 102, and 104 are perpendicular to the back surface portion 98 and the second intermediate portion main body portion 106.

  In particular, the front part 62 is adhered to the front part 24 by the adhesive application area M1, the right side part 140 is adhered to the right side part 26 by the adhesive application area M2, and the back part 98 is adhered to the back part 28 by the adhesive application area M3. Since the left side surface part 150 is bonded to the left side surface part 30 by the adhesive application region M4, the three-dimensional assembly is performed with the partition part 60 fixed from all sides. That is, while the front portion 62 and the first intermediate portion 120 are separated from each other in parallel, the partition pieces 70, 72, and 74 are perpendicular to the member to which the respective partition pieces are connected, and the first intermediate portion 120 and the second intermediate portion 120 The partition pieces 80, 82, 84 are perpendicular to the member with which the respective partition pieces are connected while being separated from each other in parallel with each other, and the second intermediate portion 130 and the back surface portion 98 are separated from each other in parallel with each other. Reference numerals 100, 102, and 104 are perpendicular to the members to which the respective partition pieces are connected.

  In addition, since the length A1 and the length A3 in the outer configuration part 10 are approximately four times the reference length, and the length B1 and the length B4 in the partition part 60 are approximately four times the reference length, The first intermediate part 120 and the second intermediate part 130 are disposed between the right side part 26 and the left side part 30 of the outer component part 10 via the right side part 140 and the left side part 150. Further, the length A2 and the length A4 in the outer configuration portion 10 are approximately three times the reference length, and the partition pieces 70, 72, 74, 80, 82, 84, 100, 102, 104 in the partition portion 60 Since the length in the left-right direction is the reference length, the three partition pieces are arranged in a line between the front part 24 and the rear part 28 in the outer component part 10.

  When the partition 60 is assembled three-dimensionally, the cut line formed along the broken line C41 breaks, and the back surface 98 and the inner left side surface 110 are separated.

  Then, twelve storage spaces partitioned by the partition 60 are formed inside the outer component 10, and the objects to be stored are stored in these storage spaces.

  When the article to be stored is stored in the outer configuration part 10, the upper surface part 50 is closed.

  As described above, in the manufacture of the storage box 5 of the present embodiment, the outer component part and the partition part can be manufactured at the same time, and the manufacturing process of the outer component part and the manufacturing process of the partition part need to be provided separately. There is no. In particular, it can be manufactured by applying an adhesive to a predetermined adhesive application region and folding a predetermined piece after the outer component 10 and the partition 60 are bonded together in an unfolded state. It can be manufactured easily.

  Moreover, since a partition part can be manufactured with one blank, it can manufacture easily without taking an effort at the time of manufacture of a partition part. Moreover, since an outer side structure part can be formed with one blank, it does not interfere with the appearance and intensity | strength of an outer side structure part.

  Moreover, in the manufacture of the storage box 5 of the present embodiment, a storage box having a complicated configuration having 12 storage spaces can be manufactured extremely efficiently.

  In the above description, as shown in FIG. 8, it has been described that the paste margin portion 22 of the outer configuration portion 10 is manufactured at the right end in the left-right direction in plan view. The margin part 22 is arranged at the left end in the left-right direction with the left-right direction of the part 10 being configured symmetrically. Similarly, the partition part 60 is also configured symmetrically with respect to the state of FIG. May be installed on the upper surface of the outer component 10 with the broken line C4 and the broken line C9 matched.

5 Storage box 10 Outer component 20 Sleeve-shaped portion 22 Paste margin (outer component paste margin)
24 Front (outside component front)
26 Right side (outside component right side)
28 Back side (outside component back side)
30 Left side (outside component left side)
40 bottom face part 50 top face part 62 front part (partition part front part)
60 partition part 70 partition piece (fourth partition piece)
72 Partition (5th partition)
74 Partition piece (sixth partition piece)
76 1st middle part lower part (partition part 1st middle part lower part)
78 lower part of second intermediate part (lower part of second intermediate part of partition part)
80 partition piece (first partition piece)
82 partition piece (second partition piece)
84 Partition piece (third partition piece)
86 1st intermediate part body part (partition part 1st intermediate part body part)
88 Inside right side (partition side inside right side)
90 outside right side (partition outside right side)
98 Back side (Back side of the partition)
100 partition piece (seventh partition piece)
102 partition piece (eighth partition piece)
104 partition piece (9th partition piece)
106 2nd intermediate part main-body part (partition part 2nd intermediate-part main-body part)
110 Inside left side (partition side inside left side)
112 Outside left side (partition side outside left side)
114 Paste allowance (partition part paste allowance)
120 1st intermediate part (partition part 1st intermediate part)
130 2nd intermediate part (partition part 2nd intermediate part)
140 Right side (partition right side)
150 Left side (partition left side)
C1 polyline (first polyline)
C2 polyline (second polyline)
C3 broken line (third broken line)
C4 polyline (fourth polyline)
C5 broken line (5th broken line)
C6 polyline (sixth polyline)
C7 broken line (seventh broken line)
C8 broken line (8th broken line)
C9 broken line (9th broken line)
C10 broken line (10th broken line)
C11 broken line (20th broken line)
C12 polyline (21st polyline)
C13 polyline (22nd polyline)
C14 polyline (17th polyline)
C15 polyline (18th polyline)
C16 broken line (19th broken line)
C20 broken line C21 broken line (14th broken line)
C22 polyline (15th polyline)
C23 broken line (16th broken line)
C24 polyline (11th polyline)
C25 polyline (11th polyline)
C26 polyline (12th polyline)
C27 polyline (13th polyline)
C31 broken line (26th broken line)
C32 broken line (27th broken line)
C33 broken line (28th broken line)
C34 broken line (23rd broken line)
C35 broken line (23rd broken line)
C36 polyline (24th polyline)
C37 polyline (25th polyline)
C41 polyline (29th polyline)
M1, M2, M3, M4, N1, N2, N3, N4, N5 Adhesive application area

Claims (5)

A method of manufacturing an assembly having an outer component formed in a cylindrical shape by four plate-like portions, and a partition provided inside the outer component,
An outer component formed by a single sheet-like blank, an outer component having a notch formed along the end on the side opposite to the first broken line, and an outer component It is a side part parallel to the first polygonal line on the side opposite to the outer side component part paste part of the outer side component part that is provided continuously from the first broken line that is the side part of the margin part and the outer side part. The outer configuration part right side surface provided continuously from the second broken line and the outer side provided from the third broken line that is the side parallel to the second broken line on the opposite side of the outer configuration part right side surface of the outer configuration part right side surface part A rear portion of the component portion, and a left side surface portion of the outer component portion that is connected to the fourth broken line that is a side parallel to the third broken line on the side opposite to the right side portion of the outer component portion of the rear portion of the outer component portion, Outer component part paste margin part, outer component part front part, outer component part right side part, outer constituent part back part, outer constituent part left side part When the arrangement direction is the left-right direction, the first length that is the length in the left-right direction between the first broken line and the second broken line, and the third length that is the length in the left-right direction between the third bent line and the fourth broken line Are substantially the same, and the second length, which is the length in the left-right direction between the second fold line and the third fold line, and the length in the left-right direction between the ends opposite to the fourth fold line and the fourth fold line are approximately The first length and the third length are approximately four times the reference length in the partition portion, and the second length and the fourth length are the reference length in the partition portion. A partition having a width of a reference length in the left-right direction in a partition formed by a single sheet-like blank on the inner surface in the case of an assembly in an outer component having a length approximately three times longer The inner right side surface part and the one side part of the inner right side surface part in the left-right direction are connected via the fifth broken line. In the intermediate part main body part, the first area having a reference length in the left-right direction provided continuously from the fifth broken line, and the upper side of the side opposite to the inner right side surface of the first area are continuously provided from above. The two protrusions for connecting the partition pieces in a plane are two protrusions composed of a first protrusion close to the first region and a second protrusion far from the first region. The first intermediate part main body part of the first intermediate part main body part via a partition part first intermediate part main body part having a second region on the underside and an eleventh polygonal line formed in the vertical direction parallel to the fifth polygonal line. The first partition piece provided continuously from the side where the second region is not provided continuously on the side opposite to the inner right side surface of the first region, and the first fold line formed in the up-down direction. A second partition piece provided adjacent to the first partition piece and formed in the up-down direction is provided continuously from the first projecting portion of the intermediate body portion. A third partition piece provided adjacent to the second partition piece and provided adjacent to the second projecting portion of the first intermediate body portion through the 13th broken line; and a second region in the first intermediate body portion. In the second intermediate portion lower side portion provided on the opposite side through the first partition piece, the second partition piece, and the third partition piece, the twelfth fold line and the left-right direction on the second region side of the first intermediate body portion Via a fourteenth broken line formed in the up-down direction and a third projecting portion continuously provided from the first partition piece via a fourteenth-fold line formed in the up-down direction; And a fourth projecting portion continuously provided from the second partition piece, and a fifth projecting portion provided continuously from the third partition piece via a sixteenth fold line formed in the vertical direction. The partition part 2nd intermediate part lower side part which the edge part protruded from the 14th broken line, and the 1st intermediate part main-body part Three pieces for connecting the partition pieces continuously from the lower side of the first region via a broken line in the left-right direction, and at the lower part of the first intermediate part adjacent to the lower part of the second intermediate part through the notch The projecting portion is formed by a sixth projecting portion, a seventh projecting portion formed from the sixth projecting portion in the left-right direction with an interval, and a seventh projecting portion formed in the left-right direction with an interval. The partition portion first intermediate portion lower side portion having the eighth protruding portion on the side opposite to the first region of the second intermediate portion main body portion, and the seventeenth broken line formed in the vertical direction A fifth partition provided adjacent to the fourth partition piece and connected to the seventh protrusion via a fourth partition piece provided continuously with the six protrusion and an eighteenth fold line formed in the vertical direction. A sixth partition provided adjacent to the fifth partition piece and connected to the eighth projecting portion via a partition piece and a nineteenth fold line formed in the vertical direction. Ninth protrusion which is provided on the opposite side to the lower side of the first intermediate part of the piece and the fourth partition piece or the fifth partition piece and is connected to the fourth partition piece via a 20th broken line formed in the vertical direction. , A tenth projecting portion connected to the fifth partition piece via a 21st bent line formed in the vertical direction, and a sixth partition piece provided via a 22nd bent line formed in the vertical direction A partition part front face part having an eleventh projecting part and a partition provided continuously from a side part opposite to the first intermediate part main body part of the inner right side face part via a sixth folding line formed in the vertical direction The second intermediate portion main body portion that is continuous from the side portion opposite to the inner right side surface portion of the outer right side surface portion through the seventh outer right side surface portion and the seventh bent line formed in the vertical direction, is connected from the seventh bent line. The third region is provided continuously from the upper side in plan view of the side opposite to the outer right side of the third region. A plan view of two projecting portions, which are two projecting portions for connecting the cut pieces, consisting of a 12th projecting portion closer to the third region and a fourth projecting portion farther from the third region. The partition portion second intermediate portion main body portion having the fourth region on the lower side, and the outer right side surface portion of the third region of the second intermediate portion main body portion on the opposite side through the 23-fold line formed in the vertical direction The 12th protruding part of the 2nd middle part main-body part via the 7th partition piece provided continuously from the side where the 3rd field is not provided in the side, and the 24th broken line formed in the up-and-down direction From the thirteenth projecting portion of the second intermediate body portion through the eighth partition piece provided adjacent to the seventh partition piece and the 25th bent line formed in the vertical direction. , A ninth partition piece provided adjacent to the eighth partition piece, a seventh partition piece and an eighth partition in the fourth region in the second intermediate body portion. And a back surface portion provided continuously from the seventh partition piece via a twenty-sixth broken line formed in the vertical direction so as to coincide with the twenty-fourth broken line. A fourteenth projecting portion continuously provided from the eighth partitioning piece through a twenty-seventh folding line formed in the vertical direction and corresponding to the twenty-fifth folding line, and a ninth partitioning through a twenty-eighth folding line formed in the vertical direction. The fourth region of the second intermediate body portion is connected to the rear portion of the partition portion having the fifteenth projecting portion continuously provided from the piece, and the eighth folding line formed in the vertical direction so as to coincide with the twenty-seventh folding line. A seventh partition piece on the back surface portion is provided through a 29th broken line in which a cut line is formed along a broken line by a 29th broken line formed in the up-down direction and continuously provided from the side opposite to the third region. Is the inner left side of the partition that is connected from the opposite side And a partition portion outer left side surface continuously provided from the side opposite to the eighth fold line and the 28th fold line on the inner left side surface through a ninth fold line formed in the up-down direction, and a vertical direction A partition margin portion formed in a shape and a size that is continuously provided from a side portion on the opposite side to the inner left side portion of the outer left side portion via a 10-fold line, and that can be disposed in a notch portion of the outer constituent margin margin portion; , And the length in the left-right direction between the fifth broken line and the sixth broken line is the reference length, the length in the left-right direction between the fifth broken line and the eleventh broken line, and between the eleventh broken line and the fourteenth broken line The horizontal length between the 14th and 15th fold lines, the horizontal length between the 15th and 16th fold lines, and the left and right length between the 9th and 10th fold lines And the horizontal length between the 17th and 18th broken lines, The left and right length between the 18th and 19th fold lines, the left and right length between the 7th and 23rd fold lines, the left and right length between the 23th and 26th fold lines, the 26th and 28th lengths The length in the left-right direction between the broken lines and the length in the left-right direction between the eighth bent line and the ninth broken line have substantially the same length as the reference length, and the length in the left-right direction between the sixth bent line and the seventh bent line. And a partition portion in which the length in the left-right direction of the ninth broken line and the tenth broken line is approximately twice the reference length, and the first intermediate portion lower side portion as the first region of the first intermediate portion main body portion. 1st middle part lower side part, 4th partition piece, 5th partition piece, 6th partition piece, front part, inner right side part, and 1st intermediate part by folding back to the back side via the left-right fold line used as the boundary of A region comprising a main body, a first partition piece, a second partition piece, a third partition piece, and a second intermediate portion lower side portion. Are arranged so that the 4th and 9th fold lines coincide with each other, and the 2nd and 6th fold lines coincide with each other, and the front part of the outer component part and the front part of the partition part are bonded. The first bonding that bonds the right side surface portion of the outer configuration part and the right side surface portion of the outer side of the partition portion, bonds the rear surface portion of the outer configuration portion and the rear surface portion of the partition portion, and bonds the left side surface portion of the outer configuration portion and the outer left side surface portion of the partition portion. Process,
A protruding region that is a region protruding to the first region side from the 14th broken line in the partitioning portion second intermediate portion lower side portion and the region where the partitioning portion inner right side surface portion adheres in the partitioning portion inner right side surface portion or the partitioning portion outer right side surface portion or A first adhesive application step of applying an adhesive to a region where the protruding region adheres in the third region of the second intermediate body part;
By rotating and folding the front part of the outer constituent part around the second fold line in the outer constituent part, and by folding the inner right side surface part of the partition part around the sixth fold line in the partition part, the inner right side of the partition part A second bonding step of bonding the surface portion and the partition portion outer right side surface portion, and bonding the partition portion second intermediate portion lower side portion and the third region of the second intermediate portion main body portion;
The adhesive part of the partition part adheres in the area where the adhesive part of the outer part adheres in the outer part paste part or the left side part of the outer part, and the second part of the partition part paste part or the first intermediate body part. A second adhesive application step of applying an adhesive to the region and the region where the partition portion inner left side surface is bonded to the partition portion inner left side surface portion or the partition portion outer left side surface portion;
In the outer component part, the outer component part back surface part is rotated and folded around the fourth fold line, and in the partition part, the partition part outer left side surface part is turned and folded around the ninth fold line so that the outer component part paste is folded. Bonding the marginal portion and the left side surface portion of the outer configuration portion, bonding the second region of the first intermediate body portion and the glue margin portion of the partition portion, and bonding the partition portion inner left side surface portion and the partition portion outer left side surface third Bonding process;
The manufacturing method of the assembly characterized by having. The upper part of the partition part inner right side part, the upper part of the partition part first intermediate part main part, the upper part of the partition part outer right side part, the upper part of the second intermediate part main part, the upper part of the partition part inner left side part and the outer part of the left part of the partition part The upper side is formed on the same straight line,
The lower side of the partition part inner right side part, the lower side of the second intermediate part lower part, the lower part of the first partition piece, the lower part of the outer right side part of the partition part, the lower side of the second intermediate part main body part, the lower side of the seventh partition piece, and the rear part The lower side of the partition part and the lower side of the inner left side of the partition part and the lower side of the outer part of the left side of the partition part are formed on the same straight line. The side part of the left-right direction on the opposite side to the side where the 4th partition piece, the 5th partition piece, and the 6th partition piece were connected, the 4th partition piece of the lower part of the 1st middle part, the 5th partition piece, and the 1st The length of the up-down direction between the side parts of the left-right direction on the opposite side to the side with which the 6 partition piece was provided continuously is formed substantially the same, The assembly of Claim 1 characterized by the above-mentioned. Production method. From the upper end and the lower end of at least one of the outer configuration portion front portion, the outer configuration portion right side portion, the outer configuration portion rear surface portion, and the outer configuration portion left side portion in the outer configuration portion, the opening of the outer configuration portion formed in a cylindrical shape is provided. The method for manufacturing an assembly according to claim 1, wherein a closing lid portion is formed. An assembly having an outer component formed in a cylindrical shape by four plate-like portions, and a partition portion provided inside the outer component,
An outer component formed by a single sheet-like blank, an outer component having a notch formed along the end on the side opposite to the first broken line, and an outer component It is a side part parallel to the first polygonal line on the side opposite to the outer side component part paste part of the outer side component part that is provided continuously from the first broken line that is the side part of the margin part and the outer side part. The outer configuration part right side surface provided continuously from the second broken line and the outer side provided from the third broken line that is the side parallel to the second broken line on the opposite side of the outer configuration part right side surface of the outer configuration part right side surface part The rear part of the component part and the fourth polygonal line that is the side parallel to the third polygonal line on the side opposite to the right side part of the outer constituent part of the rear part of the outer constituent part, A left side surface portion of the outer configuration part that adheres to the surface, an adhesive margin portion of the outer configuration portion, a front portion of the outer configuration portion, and a right side surface portion of the outer configuration portion When the arrangement direction of the rear surface of the outer component and the left side surface of the outer component is the left-right direction, the first length that is the length in the left-right direction between the first fold line and the second fold line, the third fold line, and the fourth fold line The third length, which is the length in the left-right direction, is substantially the same, the second length, which is the length in the left-right direction between the second broken line and the third broken line, and the opposite side to the fourth folded line and the fourth folded line The length in the left-right direction between the end portions of the first and third lengths is substantially the same, and the first length and the third length are approximately four times the reference length of the partition portion, and the second length and the second length An outer component having a length of about four times the reference length in the partition;
A partition portion provided on the inner surface of the outer component portion and formed by a single sheet-like blank,
A partition portion inside right side surface having a width of a reference length in the left-right direction;
A first intermediate body portion continuously provided from one side portion of the inner right side surface portion in the left-right direction via a fifth broken line, and a first region continuously provided from the fifth broken line and having a reference length in the left-right direction. And the first protrusion on the side close to the first area in the two protrusions that are continuously provided from the upper side in plan view of the side opposite to the inner right side surface of the first area. A partition part first intermediate part main body part having a second region having two projecting parts on the lower side in plan view, and a second projecting part on the side far from the first region;
The second region is continuously provided on the side opposite to the inner right side surface portion of the first region of the first intermediate body portion via the eleventh broken line formed in the vertical direction that is parallel to the fifth broken line. A first partition piece provided continuously from the non-side,
A second partition piece provided adjacent to the first partition piece, provided continuously from the first projecting portion of the first intermediate body portion via a twelfth fold line formed in the vertical direction;
A third partition piece provided adjacent to the second partition piece, provided continuously from the second projecting portion of the first intermediate body portion through a thirteenth fold line formed in the vertical direction;
The second intermediate portion lower side portion provided on the opposite side of the first intermediate portion main body portion through the first partition piece, the second partition piece, and the third partition piece in the second region, 3rd protrusion part connected from the 1st partition piece via the 14th fold line formed in the up-down direction and the 12th fold line on the 2nd region side, and the 13th fold line in the left-right direction. A fourth projecting portion continuously provided from the second partition piece via a 15th broken line formed in the direction, and a fifth projecting shape provided continuously from the third partition piece via a 16th folded line formed in the vertical direction. And a partition part second intermediate part lower side part formed so that the end part on the first region side protrudes from the 14th broken line,
A partition piece is provided on the lower side of the first intermediate part that is continuous from the lower side of the first region of the first intermediate part main body part via a broken line in the left-right direction and that is adjacent to the lower part of the second intermediate part via the notch. Three projecting portions for connecting, a sixth projecting portion, a seventh projecting portion formed in the left-right direction from the sixth projecting portion, and a left-right direction from the seventh projecting portion A partition part first intermediate part lower side part having an eighth projecting part formed on the side opposite to the first region of the second intermediate part main body part,
A fourth partition piece connected to the sixth projecting portion via a 17th broken line formed in the vertical direction;
A fifth partition piece provided adjacent to the fourth partition piece, connected to the seventh projecting portion via an eighteenth polygonal line formed in the vertical direction;
A sixth partition piece provided adjacent to the fifth partition piece and connected to the eighth projecting portion through a nineteenth fold line formed in the vertical direction;
A ninth projecting portion provided on the opposite side of the lower part of the first intermediate portion of the fourth partition piece and the fifth partition piece and connected to the fourth partition piece via a twentieth broken line formed in the vertical direction; The tenth projecting portion connected to the fifth partition piece via the 21st broken line formed in the vertical direction and the 11th line connected to the sixth partition piece via the 22nd broken line formed in the vertical direction. A partition portion front portion having a protruding portion and bonded to the outer configuration portion front portion;
Adhering to the outer surface of the inner right side surface of the partition portion by the outer right side surface portion that is provided continuously from the side portion opposite to the first intermediate portion main body portion of the inner right side surface via the sixth folding line formed in the vertical direction. And a partition portion outer right side surface bonded to the outer side component right side surface portion,
A third region continuously provided from the seventh broken line in the second intermediate portion main body provided continuously from the side on the opposite side of the inner right side of the outer right side through a seventh broken line formed in the vertical direction. And a twelfth projecting shape on the side close to the third region in the two projecting portions for connecting the partition pieces continuously from the upper side in plan view of the side portion opposite to the outer right side surface portion of the third region. And a fourth region having two projecting portions on the lower side in plan view, and the third region is a partition portion second intermediate portion lower side portion. A partition part second intermediate part body part to be bonded;
The third region is continuously provided from the side where the third region is not provided continuously on the side opposite to the outer right side surface of the third region of the second intermediate part main body through the 23-fold line formed in the vertical direction. A seventh partition piece;
An eighth partition piece provided continuously from the twelfth projecting portion of the second intermediate body portion through the 24th bent line formed in the vertical direction, and provided adjacent to the seventh partition piece;
A ninth partition piece provided continuously from the thirteenth projecting portion of the second intermediate body portion through a 25th bent line formed in the vertical direction, and provided adjacent to the eighth partition piece;
The second intermediate portion main body is provided on the opposite side of the fourth region of the fourth region via the seventh partition piece, the eighth partition piece, and the ninth partition piece, and coincides with the 24th fold line in the horizontal direction and is formed in the vertical direction. In the back surface portion provided continuously from the seventh partition piece via the 26th broken line, the fourteenth portion provided continuously from the eighth partition piece via the 27th broken line formed in the vertical direction so as to coincide with the 25th broken line in the left-right direction. A partition portion rear surface portion having a protrusion portion and a fifteenth protrusion portion provided continuously from the ninth partition piece via a 28th bent line formed in the vertical direction, and bonded to the outer configuration portion rear surface portion;
Continuing from the side opposite to the third region of the fourth region of the second intermediate portion main body through an eighth bent line formed in the up-down direction, which coincides with the 27th broken line, and in the up-down direction A partition portion inner left side surface provided continuously from a side portion on the opposite side to the seventh partition piece of the back surface portion through a 29th fold line in which a score line is formed along the fold line at the 29th fold line formed in
It is connected from the side opposite to the 8th fold line and the 28th fold line on the inner left side through a ninth fold line formed in the vertical direction, and is bonded to the inner left side of the partition part and bonded to the left side of the outer component part. A partition portion outside left side surface,
Continuing from the side on the opposite side to the inner left side of the outer left side via a tenth fold line formed in the vertical direction, it is formed in a shape and size that can be placed in the notch part of the outer component glue margin. , A partition paste margin bonded to the second region of the first intermediate body part,
Have
When the length in the left-right direction between the fifth broken line and the sixth broken line is the reference length, the length in the left-right direction between the fifth broken line and the eleventh broken line and the length in the left-right direction between the eleventh broken line and the fourteenth broken line The horizontal length between the 14th and 15th fold lines, the horizontal length between the 15th and 16th fold lines, the horizontal length between the 9th and 10th fold lines, and the 17th fold line The left and right length between the 18th and 19th broken lines, the left and right length between the 18th and 19th broken lines, the left and right length between the 7th and 23rd broken lines, and the distance between the 23rd and 26th broken lines The length in the left and right direction, the length in the left and right direction between the 26th and 28th broken lines, and the length in the left and right direction between the 8th and 9th broken lines have substantially the same length as the reference length, The length in the left-right direction between the sixth and seventh broken lines and the ninth broken line A partition unit length in the horizontal direction of the 10 polygonal line having a reference length substantially twice the length of,
The partition line is in the state where the fifth fold line of the partition portion is along the second fold line of the outer component portion, and the ninth fold line of the partition portion is along the fourth fold line of the outer component portion. Provided on the inner surface of the component,
The front part of the outer part and the rear part of the outer part are made parallel to each other, and the right side part of the outer part and the left side part of the outer part are made parallel to each other so that the outer part is formed into a sleeve shape. A partition part first intermediate part, a partition part second intermediate part lower part, and a partition part second intermediate part body part, each of which comprises a part, a partition part first intermediate part lower part and a partition part first intermediate part body part A partition portion second intermediate portion and a partition portion rear surface portion are substantially parallel to each other, and a partition portion right side surface portion including a partition portion inner right side surface portion and a partition portion outer right side surface portion, and a partition portion inner left side The partition portion left side surface portion composed of the surface portion and the partition portion outer left side surface portion is substantially parallel to each other, and the first partition piece, the second partition piece, and the third partition piece are the partition portion first intermediate portion and the partition portion first. 2 For the lower part of the middle part The fourth partition piece, the fifth partition piece, and the sixth partition piece are at right angles to the front part of the partition part and the first intermediate part of the partition part, and the seventh partition piece, the eighth partition piece, and the ninth part. An assembly, wherein the partition piece is perpendicular to the partition portion second intermediate portion and the partition portion rear surface portion. From the upper end and the lower end of at least one of the outer configuration portion front portion, the outer configuration portion right side portion, the outer configuration portion rear surface portion, and the outer configuration portion left side portion in the outer configuration portion, the opening of the outer configuration portion formed in a cylindrical shape is provided. The assembly according to claim 4, wherein a closing lid is formed.

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