JP6147506B2 - Partition shelf and its construction method - Google Patents

Description

  The present invention relates to a partition shelf and a construction method thereof, and more particularly to a partition shelf for partitioning provided inside a building and a construction method of providing the partition shelf inside the building.

  Conventionally, a storage partition provided with a shelf board has been proposed.

JP-A-7-197569 JP-A-8-189114 JP-A-10-280667 JP 2009-256936 A

The partitions of Patent Documents 1 to 4 have a structure in which a shelf plate is attached to a support column and a shelf plate is hooked by providing a notch in a part of the support column with an attachment member.
Therefore, it becomes a partition with poor appearance, and in particular, such a partition has a structure that gives a sense of incongruity with the interior decoration of the building.
Since the partition provided with the shelf board also serves as a display shelf, a good appearance is desired.
Therefore, in view of such circumstances, an object of the present invention is to provide a partition shelf having a good appearance and a construction method for a partition shelf having a good appearance.

The partition shelf according to claim 1 of the present invention is a partition shelf including a column member and a shelf member attached to the column member,
The column member includes a front portion extending in the longitudinal direction, a mating surface portion that is formed adjacent to the front portion and is combined with the decorative shelf receiving member, a top fixing portion on the top side in the longitudinal direction, and a ground side in the longitudinal direction. Having a fixed part,
The decorative shelf receiving member attached to the column member includes a front portion extending in the longitudinal direction, a mating surface portion formed adjacent to the front portion and mated with the mating surface portion of the column member, and intersecting the longitudinal direction of the column member. Or a shelf support portion that supports the shelf member extending in the orthogonal direction, and is erected between the shelf member support portion of the ground side shelf member and the supported portion of the top side shelf member. Formed to
The shelf member includes a facing portion that faces the column member, a supported portion that is supported by the shelf support portion of the decorative shelf receiving member, and a shelf member support portion that is formed on the opposite side of the supported portion. Have
Furthermore, it is provided with a connecting portion or a connecting material for connecting the column member and the dressing shelf receiving member by combining the mating surface portion of the pillar member and the matching surface portion of the dressing shelf receiving member,
The decorative shelf receiving member is provided with the connecting portion or a connecting material projectingly fitted into a concave portion formed on the mating surface portion,
When connecting the pillar member and the decorative shelf bracket member, the connecting part or the coupling member is covered by a pillar member and the decorative shelf bracket member, a partition shelf.
A partition shelf according to a second aspect of the present invention includes a pair of left and right column members and a shelf member that is spanned between the pair of column members, and the shelf member includes a facing portion that faces the column member. The decorative shelf receiving member is vertically suspended between a plurality of shelf members that are abutted against a mating surface portion of the column member and provided with an appropriate space from the top side to the ground side of the column member. It is a partition shelf described.
In the partition shelf according to a third aspect of the present invention, the pillar member has, in the longitudinal direction, a mating surface portion for accommodating the connecting member and / or the shelf holder and / or the pillar member fixing member on the mating surface portion. It is the partition shelf of Claim 1 or Claim 2 formed.
In the partition shelf according to claim 4 of the present invention, the decorative shelf receiving member is provided with a connecting member protruding from the mating surface portion so as to be fitted into the concave portion formed in the mating surface portion of the column member. A partition shelf according to any one of claims 1 to 3.
In the partition shelf according to claim 5 of the present invention, the column member and the decorative shelf receiving member are columnar bodies having substantially the same cross-sectional shape, and when the respective mating surface portions are brought into contact with each other and connected, It is a partition shelf in any one of Claims 1 thru | or 4 comprised so that the integrated columnar body might be formed.
In the partition shelf according to claim 6 of the present invention, the column member and the decorative shelf receiving member include a planar mating surface portion and a front surface portion orthogonal to the mating surface portion, and contact each mating surface portion. When connected, each front part is the partition shelf in any one of Claim 1 thru | or 5 formed in parallel and planar.
In the partition shelf according to claim 7 of the present invention, the shelf member is a prismatic body having a top-side planar article placement surface and a ground-side planar back surface, and the article placement surface; A shelf member support portion is formed on the facing portion orthogonal to the back surface, and a surface following the facing portion on the article placement surface, and a supported portion is formed on the surface following the facing portion on the back surface, It is a partition shelf in any one of Claim 1 thru | or 6.
In the partition shelf according to claim 8 of the present invention, the column member and the decorative shelf receiving member are formed by bending a surface member in which a bent groove is formed on the outer surface of the columnar core material in a direction to close the bent groove. It is a partition shelf in any one of Claims 1 thru | or 7 made to stick according to the corner | angular part of the said columnar core material.
In the partition shelf according to claim 9 of the present invention, the column member is formed by adhering a surface plate material to the outer surface of the columnar core material, and the surface plate material is opposed at the mating surface portion with the longitudinal edges. 1 to claim 1, wherein a concave portion for accommodating a connecting member and / or a shelf holder and / or a column member fixing member is formed between opposing longitudinal end edges of the surface plate member. The partition shelf according to any one of Items 8.
In the partition shelf according to a tenth aspect of the present invention, the columnar material is provided with a metal reinforcing material on the outer surface of the wood-based plate-shaped core material, and the columnar core material and the metal reinforcing material outside the columnar shelf. It is a partition shelf in any one of Claim 1 thru | or 9 with which the surface board | plate material was stuck so that the surface might be covered.
The partition shelf construction method according to claim 11 of the present invention is a partition shelf construction method comprising a column member and a shelf member attached to the column member,
The column member includes a front portion extending in the longitudinal direction, a mating surface portion that is formed adjacent to the front portion and is combined with the decorative shelf receiving member, a top fixing portion on the top side in the longitudinal direction, and a ground side in the longitudinal direction. Having a fixed part,
The decorative shelf receiving member attached to the column member includes a front portion extending in the longitudinal direction, a mating surface portion formed adjacent to the front portion and mated with the mating surface portion of the column member, and intersecting the longitudinal direction of the column member. Or a shelf support portion that supports the shelf member extending in the orthogonal direction, and is erected between the shelf member support portion of the ground side shelf member and the supported portion of the top side shelf member. The decorative shelf receiving member is formed with a connecting portion or a connecting material for fitting into a concave portion formed on the mating surface portion,
The shelf member includes a facing portion that faces the column member, a supported portion that is supported by a shelf support portion of the decorative shelf receiving member, and a shelf member support portion that is formed on the opposite side of the supported portion. Have
The column member has one column member and the other column member,
The step of making the one pillar member and the other pillar member face each other with an interval between them, and spanning between the ceiling fixing part on the top side and the ground fixing part on the ground side,
A connecting portion for connecting the column member and the decorative shelf receiving member by aligning the alignment surface portion of the column member and the alignment surface portion of the decorative shelf receiving member along the opposing surfaces of the one column member and the other column member, or A step of attaching a decorative shelf receiving member to one pillar member and the other pillar member from the ground side by means of a connecting material;
A partition shelf including a step of bringing the supported portion of the shelf member into contact with the top side of the decorative shelf receiving member and bringing the facing portion into contact with the opposing surface of the column member and attaching the shelf member to the column member This is the construction method.

According to this invention, the construction method of the partition shelf with good appearance and the partition shelf with good appearance can be provided.
According to invention of Claim 1, it is a partition shelf provided with a pillar member and the shelf member attached to a pillar member, Comprising: The said pillar member is formed adjacent to the front part extended in a longitudinal direction, and a front part. The decorative shelf receiving member attached to the pillar member has a mating surface portion to be combined with the decorative shelf receiving member, a top fixing portion on the top side in the longitudinal direction, and a ground fixing portion on the ground side in the longitudinal direction. A front portion extending in the direction, a mating surface portion formed adjacent to the front portion and mated with the mating surface portion of the pillar member, and extending in a direction intersecting or orthogonal to the longitudinal direction of the pillar member to support the shelf member A shelf support portion, and is formed so as to stand between a shelf member support portion of the shelf member on the ground side and a supported portion of the shelf member on the top side. The opposite facing portion and the shelf support portion of the decorative shelf receiving member support And a shelf member support portion formed on the opposite side of the supported portion, and further, the column member mating surface portion and the decorative shelf receiving member mating surface portion are combined to form a column. A connecting portion or a connecting material for connecting the member and the decorative shelf receiving member is provided, and when the column member and the decorative shelf receiving member are connected, the connecting portion or the connecting material is covered by the post member and the decorative shelf receiving member. Therefore, it is possible to obtain a partition shelf with good appearance.
According to the second aspect of the present invention, it is provided with a pair of left and right column members and a shelf member spanned between the pair of column members, and the shelf member includes a column member that is opposed to the column member. Since the dressing shelf receiving member is suspended between the plurality of shelf members that are abutted with the mating surface portion and provided with an appropriate space from the top side to the ground side of the column member, the column member and the dressing shelf The appearance of the surface is good due to the receiving member, and the shelf member can be firmly fixed.
According to invention of Claim 3, the said column member is formed in the mating surface part by the longitudinal direction in the concave part for accommodating a connection material and / or a shelf holder, and / or a column member fixing tool. Therefore, the connecting member and / or the shelf holder and / or the column member fixture can be covered with the column member and the decorative shelf receiver.
According to the invention of claim 4, the decorative shelf receiving member is provided with a connecting member protruding from the mating surface portion so as to be fitted to the concave portion formed on the mating surface portion of the column member. It can be easily attached to the member.
According to the invention of claim 5, the column member and the decorative shelf receiving member are columnar bodies having substantially the same cross-sectional shape, and are integrated when the mating surface portions are brought into contact with each other and connected. Since it is comprised so that a columnar body may be formed, the partition shelf with a good appearance can be obtained.
According to invention of Claim 6, when the said pillar member and a makeup | decoration shelf receiving member are equipped with a planar mating surface part and the front part orthogonal to the said mating surface part, and each mating surface part is contacted and connected, Since each front part is formed in parallel and in a flat shape, a partition shelf with good appearance can be obtained.
According to the invention of claim 7, the shelf member is a prismatic body having a top-side planar article placement surface and a ground-side planar back face, and is between the article placement face and the back face. Since the shelf member supporting portion is formed on the surface that is orthogonal to the opposing portion and the surface that follows the facing portion on the article placement surface, and the supported portion is formed on the surface that continues to the facing portion on the back surface. Can be firmly fixed to.
According to the invention of claim 8, the column member and the decorative shelf receiving member are formed by bending a surface member in which a bent groove is formed on the outer surface of the columnar core material in a direction in which the bent groove is closed. Since it is stuck according to the corner | angular part of a core material, a beautiful pillar member and a dressing shelf receiving member can be manufactured.
According to the ninth aspect of the present invention, the column member is formed by adhering a surface plate material to the outer surface of the columnar core material, and the surface plate material is bonded so that the longitudinal edges thereof face each other at the mating surface portion. In addition, since the concave portion for accommodating the connecting member and / or the shelf holder and / or the column member fixing member is formed between the opposing longitudinal end edges of the surface plate member, the manufacturing is relatively easy. .
According to the invention of claim 10, the columnar material is provided with a metal reinforcing material attached to the outer surface of the wood-based plate-shaped core material, and covers the outer surface of the columnar core material and the metal reinforcing material. Since the surface plate material is stuck to, a solid and beautiful column member can be obtained.
According to invention of Claim 11, it is a construction method of the partition shelf provided with a column member and the shelf member attached to a column member, Comprising: The said column member adjoins the front part extended in a longitudinal direction, and a front part. The decorative shelf receiving member which is formed and is fitted with the decorative shelf receiving member, the top fixing portion on the top side in the longitudinal direction, and the ground fixing portion on the ground side in the longitudinal direction, and attached to the column member Are a front part extending in the longitudinal direction, a mating surface part formed adjacent to the front part and matched to the mating surface part of the column member, and a shelf member extending in a direction intersecting or orthogonal to the longitudinal direction of the column member. A shelf support part that supports the decorative shelf holder , and is formed to stand between a shelf member support part of the shelf member on the ground side and a supported part of the shelf member on the top side, The member is fitted in the concave strip formed on the mating surface. Because connecting portion or the connecting material is projected, said shelf member includes a supported portion that is supported and opposed portion opposed to the column member, the shelf support portion of the decorative shelf receiving member, said supported portion Has a shelf member support portion formed on the opposite side, the column member has one column member and the other column member, and the one column member and the other column member are spaced apart from each other. And the step of spanning between the ceiling fixing portion on the top side and the ground fixing portion on the ground side, and the mating surface portion of the column member and the makeup along the opposing surface of one column member and the other column member The step of attaching the cosmetic shelf receiving member to the one column member and the other column member from the ground side by the connecting portion or the connecting material for connecting the column member and the decorative shelf receiving member together with the mating surface portion of the shelf receiving member. And the supported portion of the shelf member is brought into contact with the top side of the decorative shelf receiving member and the opposing portion is a column. Is brought into contact with the opposing surfaces of wood, because it includes a step of attaching a shelf member to the pillar member, it is possible to obtain a good partition shelves visual quality.

  The above-described object, other objects, features, and advantages of the present invention will become more apparent from the following description of embodiments for carrying out the invention with reference to the drawings.

It is a perspective view solution figure of the partition shelf which is one embodiment of this invention. It is a front view solution figure of the partition shelf shown in FIG. It is a cross-sectional view which shows the state which attached the partition shelf concerning this invention to the ceiling surface and the floor surface. It is a cross-sectional schematic solution figure of the column member of the partition shelf concerning this invention, (A) is a figure of a manufacture process, (B) is the completed figure. It is a perspective view solution figure which shows the manufacture process of a surface board material. It is a perspective view solution figure which shows the manufacture process of a surface board material. It is a perspective view solution figure which shows the manufacture process of a column board material. It is a cross-sectional view solution figure of the makeup | decoration shelf receiving member of the partition shelf concerning this invention, (A) is a figure of a manufacture process, (B) is the completed figure. It is a perspective view solution figure which shows the manufacture process of a makeup | decoration shelf receiving member. It is a perspective view solution figure which shows the manufacture process of a makeup | decoration shelf receiving member. It is a perspective view solution figure of a makeup | decoration shelf receiving member. It is a perspective view solution figure which shows the state which attached the column member of the partition shelf concerning this invention to the ceiling surface and the floor surface. It is the illustration figure which looked at the state which attached the column member of the partition shelf concerning this invention to the ceiling surface and the floor surface from the direction of the inner surface. It is a disassembled perspective view solution figure which shows the construction process of the partition shelf concerning this invention. It is a disassembled perspective view solution figure which shows the construction process of the partition shelf concerning this invention. It is a disassembled perspective view solution figure which shows the construction process of the partition shelf concerning this invention. It is a disassembled perspective view solution figure which shows the construction process of the partition shelf concerning this invention. It is a front view solution figure which shows other embodiment of the partition shelf concerning this invention. It is a front view solution figure which shows other embodiment of the partition shelf concerning this invention. It is a cross-sectional view solution figure of the pillar member which is a modification of the pillar board | plate material shown in FIG. It is an exploded sectional view showing the construction process of the partition shelf concerning this invention. It is a perspective view solution figure which shows other embodiment of the column member of the partition shelf concerning this invention. It is an illustration figure which shows other embodiment of the pillar member of the partition shelf concerning this invention, (A) is a cross-sectional view solution figure, (B) is a perspective view solution figure. It is an illustration figure which shows a shelf member, (A) is a cross-sectional illustration solution figure, (B) is a perspective view solution figure. It is an illustration figure which shows the pillar member which is a modification of the pillar member shown in FIG. 1, (A) is a cross-sectional solution figure, (B) is a perspective view solution figure. It is an illustration figure which shows the pillar member which is a modification of the pillar member shown in FIG. 1, (A) is a cross-sectional solution figure, (B) is a perspective view solution figure. It is explanatory drawing of the partition shelf of this invention.

The partition shelf 10 spans a plurality of first pillar members 12 and second pillar members 14 between a ceiling surface 900 on the ceiling side in the room and a floor surface 902 on the ground side. The shelf member 16 spanned between the column members 14 is supported by the first column member 12 and the second column member 14.
The first column member 12 and the second column member 14 are provided between the ceiling surface 900 and the floor surface 902 in a bilaterally symmetrical manner.
The partition shelf 10 is used for a makeup partition in a room of a building.

There are a plurality of shelf members 16 attached across the space between the first column member 12 and the second column member 14 with an appropriate interval between the first column member 12 and the second column member 14. Stepped over. The article is placed between the first shelf member 16a on the top side and the second shelf member 16b on the ground side.
The second shelf member 16b of the first shelf member 16a and the earth side of the top side, the second ground-side of the shelf member 16b ₁ of the ground side, suitably between the second shelf member 16b ₁ of該地side The second shelf member 16b ₂ is bridged below the ground side with a small interval. Then, in relation to the shelf member 16 of the sequential plurality of stages are over and over again formed, more second shelf member 16b ₁ of the ground-side located above a top side of the second shelf member 16b ₁ of downwardly Further, the second shelf member 16b ₁ located further down also serves as the first shelf member 16a on the top side.

  Between the first pillar member 12 and the second pillar member 14 from the top side to the ground side, the first pillar member 12 and the second pillar member 14 are arranged between the shelf members 16 spanned in a plurality of stages. The decorative shelf receiving member 18 is suspended from any of the inside.

The first column member 12 includes a front part 20 extending in the longitudinal direction, a mating surface part 22 formed adjacent to the front part 20 and mated with the decorative shelf receiving member 18, and a ceiling fixing part 24 on the top side in the longitudinal direction. And a ground-side fixed portion 26 in the longitudinal direction.
The second pillar member 14 is similar to the first pillar member 12, and includes a front surface portion 40 extending in the longitudinal direction, a mating surface portion 42 formed adjacent to the front surface portion 40 and mated with the decorative shelf receiving member 18. The ceiling fixing portion 44 on the top side in the longitudinal direction and the ground fixing portion 46 on the ground side in the longitudinal direction are provided.
The first column member 12 and the second column member 14 are substantially prismatic bodies having the same cross section from the top side to the ground side.

The mating surface portion 22 is formed inside the first column member 12, the mating surface portion 42 is formed inside the second column member 14, and the mating surface portion 22 and the mating surface portion 42 are opposed to each other.
In this embodiment, the front part 20 of the first pillar member 12 is a flat surface from the top side to the ground side, and the front part 40 of the second pillar member 14 is the first pillar member 12. As with the front part 20, the flat surface is uniform from the top to the ground.
The surface of the front portion 20 of the first column member 12 and the surface of the front portion 40 of the second column member 14 have substantially the same shape, and constitute the same vertical plane on the left and right when viewed from the front.
The mating surface portion 22 of the first column member 12 has a flat surface orthogonal to the front surface portion 20, and a uniform flat surface is formed from the top side to the ground side.
The mating surface portion 42 of the second column member 14 includes a plane orthogonal to the front portion 40, and a uniform plane is formed from the top side to the ground side.
In this embodiment, the first column member 12 has a back surface portion 30 formed on the back side opposite to the front surface portion 20 and a side surface portion 32 formed on the outside.
The back part 30 of the first pillar member 12 includes a plane parallel to the front part 20, and the side part 32 of the first pillar member 12 includes a plane orthogonal to the front part 20 and the back part 30.
In this embodiment, the second column member 14 has a back surface portion 50 formed on the back surface side opposite to the front surface portion 40 and a side surface portion 52 formed outside.
The back surface portion 50 of the second column member 14 includes a plane parallel to the front surface portion 40, and the side surface portion 52 of the second column member 14 includes a plane orthogonal to the front surface portion 40 and the back surface portion 50.

The first decorative shelf receiving member 18 a attached to the first column member 12 is formed adjacent to the front portion 60 extending in the longitudinal direction and the front portion 60, and is aligned with the mating surface portion 22 of the first column member 12. It has a mating surface portion 62, a shelf support portion 64 on the top side that supports the shelf member 16, and a shelf support portion 66 on the ground side that extends in a direction intersecting or orthogonal to the longitudinal direction of the first pillar member 12. Yes.
The first decorative shelf receiving member 18a has a top shelf support portion 64 that contacts the supported portion 802 of the top first shelf member 16a and a ground contact portion that contacts the shelf member support portion 804 of the second shelf member 16b on the ground side. Side shelf support portion 66 and is formed so as to stand between a shelf member support portion 804 of the shelf member 16 on the ground side and a supported portion 802 of the shelf member 16 on the top side. Yes.
The top shelf support part 64 is formed in a flat shape that contacts the supported part 802 of the first shelf member 16a on the top side, and the shelf support part 66 on the ground side is the shelf of the second shelf member 16b on the ground side. It is formed in a planar shape in contact with the member support portion 804.

The second decorative shelf receiving member 18b attached to the second column member 14 is formed adjacent to the front portion 80 extending in the longitudinal direction and the front portion 80, and is aligned with the mating surface portion 22 of the first column member 12. It has a mating surface portion 82, a shelf support portion 84 on the top side that supports the shelf member 16 and a shelf support portion 86 on the ground side that extend in a direction intersecting or orthogonal to the longitudinal direction of the second pillar member 14. Yes.
The second decorative shelf receiving member 18b includes a top shelf supporting portion 84 that contacts the supported portion 812 of the top first shelf member 16a and a ground contact that contacts the shelf member supporting portion 814 of the ground side second shelf member 16b. Side shelf support portion 86 and is formed so as to stand between the shelf member support portion 814 of the ground side shelf member 16 and the supported portion 812 of the ground side shelf member 16. Yes.
The top shelf support portion 84 is formed in a flat shape that contacts the supported portion 812 of the first shelf member 16a on the top side, and the shelf support portion 86 on the ground side is the shelf of the second shelf member 16b on the ground side. It is formed in a planar shape that contacts the member support portion 814.

The mating surface portion 62 of the first cosmetic shelf receiving member 18a is formed outside the first cosmetic shelf receiving member 18a, and the mating surface portion 82 of the second cosmetic shelf receiving member 18b is formed outside the second cosmetic shelf receiving member 18b. The mating surface portion 62 and the mating surface portion 82 are attached to the first column member 12 and the second column member 14 in opposite directions.
In this embodiment, the front portion 60 of the first decorative shelf receiving member 18a is a flat surface from the top side to the ground side, and the front portion 80 of the second decorative shelf receiving member 18b is the first surface. Similar to the front portion 20 of the one decorative shelf receiving member 18a, the flat surface is uniform from the top side to the ground side.
The surface of the front part 60 of the first decorative shelf receiving member 18a and the surface of the front part 80 of the second decorative shelf receiving member 18b have substantially the same shape, and form the same vertical plane when viewed from the front. To do.
The mating surface portion 62 of the first decorative shelf receiving member 18a includes a plane orthogonal to the front portion 60, and a uniform plane is formed from the top side to the ground side.
The mating surface portion 82 of the second decorative shelf receiving member 18b includes a flat surface orthogonal to the front surface portion 80, and a uniform flat surface is formed from the top side to the ground side.
In this embodiment, the first decorative shelf receiving member 18 a has a back surface portion 70 formed on the back surface side opposite to the front surface portion 60 and a side surface portion 72 formed inside.
The back surface portion 70 of the first decorative shelf receiving member 18 a includes a plane parallel to the front portion 60, and the side surface portion 72 of the first decorative shelf receiving member 18 a includes a plane orthogonal to the front surface portion 60 and the back surface portion 70.
In this embodiment, the second decorative shelf receiving member 18b has a back surface portion 90 formed on the back surface side opposite to the front surface portion 80, and a side surface portion 92 formed inside.
The back surface portion 90 of the second makeup shelf receiving member 18 b includes a plane parallel to the front surface portion 80, and the side surface portion 92 of the second makeup shelf receiving member 18 b includes a surface orthogonal to the front surface portion 80 and the back surface portion 90.

The first column member 12 is formed with a concave portion 28 in the mating surface portion 22 for accommodating a connecting member and / or a shelf holder and / or a column member fixture.
The concave stripe portion 28 has a U-shaped groove shape extending in the longitudinal direction from the top side to the ground side of the first column member 12, and includes a planar groove wall perpendicular to the near side and the far side.
The groove wall 28a on the near side and the groove wall 28b on the far side face each other at the same interval from the top side (top) to the ground side (bottom).
The second column member 14 is formed with a concave portion 48 for accommodating a connecting member and / or a shelf holder and / or a column member fixture in the mating surface portion 42.
The recess 48 has a U-shaped groove extending in the longitudinal direction from the top side to the ground side of the second column member 14, and includes a planar groove wall perpendicular to the near side and the far side.
The groove wall 48a on the near side and the groove wall 48b on the far side face each other at the same interval from the top side (upper) to the ground side (lower).
The concave stripe portion 28 of the first column member 12 and the concave stripe portion 48 of the second column member 14 are aligned with each other without being displaced in the front-rear direction and the vertical direction, and face each other.

One first decorative shelf receiving member 18 a of the decorative shelf receiving member 18 has a connecting material for fitting to the mating surface portion 22 and the concave portion 28 formed on the mating surface portion 22 of the first pillar member 12. Projected.
In this embodiment, the first decorative shelf receiving member 18 a is connected to the concave column portion 28 of the first column member 12 to fix the decorative shelf receiving member 18 to the first column member 12. It has a fitting fitting 68 that is a barrel.
The other second decorative shelf receiving member 18b of the decorative shelf receiving member 18 is provided with a connecting material for fitting to the mating surface portion 42 to the concave strip portion 48 formed on the mating surface portion 42 of the second pillar member 14. Projected.
In this embodiment, the second decorative shelf receiving member 18b is connected to the concave column portion 48 of the second column member 14 to fix the decorative shelf receiving member 18 to the second column member 14. It has a fitting fitting 88 that is a barrel.

The fitting convex part 68 and the fitting convex part 88 are block bodies formed in a prismatic shape by an elastic material having flexibility such as rubber and urethane.
The fitting convex portion 68 of the first decorative shelf receiving member 18a includes a protruding portion that protrudes from the mating surface portion 62 of the first decorative shelf receiving member 18a, and the protruding portion includes a vertical surface portion 68a on the near side and a vertical surface portion on the far side. 68b.
The fitting convex portion 88 of the second decorative shelf receiving member 18b includes a protruding portion that protrudes from the mating surface portion 82 of the second decorative shelf receiving member 18b, and the protruding portion is a vertical surface portion 88a on the near side and a vertical surface portion on the far side. 88b.
When the fitting convex portion 68 is fitted into the concave strip portion 28 of the first column member 12, the near-side vertical surface portion 68a is in close contact with the near-side groove wall 28a, and the far-side vertical surface portion 68b is a groove on the far side. It is in close contact with the wall 28b and elastically contacted.
When the first decorative shelf receiving member 18 a is fixed to the first column member 12, the mating surface portion 62 of the first decorative shelf receiving member 18 a is in close contact with the mating surface portion 22 of the first column member 12.
When the fitting convex portion 88 is fitted into the concave strip portion 48 of the second column member 14, the near-side vertical surface portion 88a is in close contact with the near-side groove wall 48a, and the far-side vertical surface portion 88b is the far-side groove. It is in close contact with the wall 48b and elastically contacted.
When the second decorative shelf receiving member 18 b is fixed to the second column member 14, the mating surface portion 82 of the second decorative shelf receiving member 18 b comes into close contact with the mating surface portion 42 of the second column member 14.
The first decorative shelf receiving member 18a is prevented from moving in a direction intersecting with the fitting direction when the fitting convex portion 68 as the connecting material is fitted into the concave strip portion 28 of the first column member 12. .
If the fitting convex part 88 which is a connection material is engage | inserted in the concave part 48 of the 2nd pillar member 14, the 2nd decoration shelf receiving member 18b will be prevented from moving to the direction which cross | intersects the fitting direction. .

  The first column member 12, the second column member 14, and the decorative shelf receiving member 18 are columnar bodies having substantially the same cross-sectional shape, and each of the mating surface portion 22, the mating surface portion 42, the mating surface portion 62, and the mating surface portion. When 82 is brought into contact with each other and connected, one integrated columnar body is formed.

The first column member 12, the second column member 14, and the decorative shelf receiving member 18 are formed of a planar mating surface portion 22, mating surface portion 42, mating surface portion 62, mating surface portion 82, mating surface portion 22, mating surface portion 42, mating surface. The front part 20, the front part 40, the front part 60, and the front part 80 which are orthogonal to the surface part 62 and the mating surface part 82 are provided. When the mating surface portion 22, the mating surface portion 42, the mating surface portion 62, and the mating surface portion 82 are brought into contact with each other and connected, the front portion 20, the front portion 40, the front portion 60, and the front portion 80 are juxtaposed. It is formed in a planar shape.
Further, the first column member 12 and the second column member are formed by combining the mating surface portion 22 of the first column member 12 and the mating surface portion 42 of the second column member 14 with the mating surface portion 62 and the mating surface portion 82 of the decorative shelf receiving member 18. 14 and a decorative shelf receiving member 18 are provided. And when the 1st pillar member 12, the 2nd pillar member 14, and the dressing shelf receiving member 18 are connected, a connection part or a connection material is the 1st pillar member 12, the 2nd pillar member 14, and the dressing shelf receiving member 18. Is covered.

The shelf member 16 includes a facing portion 800 facing the first pillar member 12, a supported portion 802 supported by the top shelf support portion 64 of the first decorative shelf receiving member 18a, and the supported portion 802. Has a shelf member support 804 formed on the opposite side.
The shelf member support portion 804 is formed on the upper surface (top side) of the shelf member 16, and the supported portion 802 is formed on the lower surface (ground side) of the shelf member 16.
The shelf member 16 includes a facing portion 810 facing the second pillar member 14, a supported portion 812 supported by the top shelf support portion 84 of the second decorative shelf receiving member 18b, and the supported portion 812. Has a shelf member support 814 formed on the opposite side.
The shelf member support portion 814 is formed on the upper surface (top side) of the shelf member 16, and the supported portion 812 is formed on the lower surface (ground side) of the shelf member 16.

The shelf member 16 is a prismatic body having a top-side planar article mounting surface and a ground-side planar back surface, and is between the article mounting surface and the back surface at one end in the longitudinal direction. A shelf member supporting portion 804 is formed on a surface that is orthogonal to the opposing portion 800 and a surface that continues to the opposing portion 800 on the article placement surface, and a supported portion 802 is formed on a surface that continues to the opposing portion 800 on the back surface. Yes.
Further, the shelf member 16 includes a facing portion 810 orthogonal to the article placement surface and the back surface at the other end opposite to the facing portion 800, and a facing portion 810 on the article placement surface. A shelf member support portion 814 is formed on the surface subsequent to, and a supported portion 812 is formed on the surface following the facing portion 810 on the back surface.

As shown in FIGS. 4 to 6, the first column member 12 includes a prismatic first columnar core member 100 and a first surface plate member 102 that covers the outer surface of the first columnar core member 100.
The first surface plate material 102 is formed by bending the first surface plate material 102 formed with a V-cut or the like bent groove extending in the longitudinal direction in a direction to close the V-cut or the like bent groove. Attached to the corner of the one-columnar core 100.
The first surface plate member 102 is a plate-like body having a rectangular shape in plan view, and is pasted on the first columnar core member 100 so that one long end edge 104a and the other long end edge 104b face each other at the mating surface portion 22. It is worn.
One longitudinal edge 104a and the other longitudinal edge 104b each have a vertical surface orthogonal to the front surface and the back surface of the first surface plate 102, and one longitudinal edge 104a and the other longitudinal edge 104b. Between the two, the recess 28 is formed.
One longitudinal end edge 104a constitutes the near side groove wall 28a, and the other longitudinal end edge 104b constitutes the far side groove wall 28b.
The second column member 14 includes a prismatic second columnar core member 110 and a second surface plate member 112 that covers the outer surface of the second columnar core member 110.
The second surface plate 112 is formed by bending the second surface plate 112 formed with a V-cut or the like bent groove extending in the longitudinal direction in a direction to close the V-cut or the like bent groove. The two columnar core members 110 are attached to match the corners.
The second surface plate member 112 is attached to the second columnar core member 110 so that one long end edge 114a and the other long end edge 114b face each other at the mating surface portion 42.
One longitudinal edge 114a and the other longitudinal edge 114b are both provided with vertical surfaces orthogonal to the front and back surfaces of the second surface plate 112, and one longitudinal edge 114a and the other longitudinal edge 114b. Between the two, the concave portion 48 is formed.
One longitudinal end edge 114a constitutes a groove wall 48b on the other side, and the other longitudinal end edge 114b constitutes a groove wall 48a on the near side.

The first column member 12 includes a metal reinforcing member 300 having rigidity attached to the outer surface of the first columnar core member 100 made of a wooden column or plate, and the first columnar core member 100. And the 1st surface board | plate material 102 is stuck so that the outer surface of the metal reinforcing material 300 may be covered.
The second column member 14 is provided with a rigid metal reinforcing material 310 attached to the outer surface of the second columnar core member 110 made of a wooden board, and the second columnar core member 110 and the metal. The 2nd surface board material 112 is stuck so that the outer surface of the reinforcing material 310 may be covered.
In this embodiment, the metal reinforcing member 300 of the first column member 12 and the metal reinforcing member 310 of the second column member 14 are columnar bodies having an L-shaped cross section.
The metal reinforcing member 300 is a flat first reinforcing portion 302, a second reinforcing portion 304 orthogonal to the first reinforcing portion 302, and a joint portion between the first reinforcing portion 302 and the second reinforcing portion 304. A first corner 306 is provided.
The first corner portion 306 is combined with the corner portion of the first columnar core member 100, and the metal reinforcing member 300 is attached to the surface in the vicinity of the corner portion of the first columnar core member 100.
The metal reinforcing member 300 is attached to the front corner portion and the far corner portion of the first columnar core member 100, respectively.
The metal reinforcing member 310 is a flat first reinforcing portion 312, a second reinforcing portion 314 orthogonal to the first reinforcing portion 312, and a joint portion between the first reinforcing portion 312 and the second reinforcing portion 314. A first corner 316 is provided.
The first corner portion 316 is combined with the corner portion of the second columnar core member 110, and the metal reinforcing member 310 is attached to the surface in the vicinity of the corner portion of the second columnar core member 110.
The metal reinforcing material 310 is attached to the front side corners of the second columnar core 110 and the surface in the vicinity of the far side corners, respectively.

The first columnar core member 100 and the second columnar core member 110 are formed in the same shape, and have, for example, rigidity, PB (particle board), MDF (medium density fiberboard: medium density fiberboard) ), Plywood, and laminated wood.
When the partition shelf 10 is constructed, each of the first columnar core member 100 and the second columnar core member 110 has, for example, a ceiling surface 900 on the top side in which both end portions in the longitudinal direction are first fixed portions, for example. And a main region which is fixed in contact with the ground-side floor surface 902 which is the second fixed portion, that is, the top fixing portion 24 and the ground fixing portion 26 of the first columnar core member 100 and the second fixed portion. The top fixing portion 44 and the ground fixing portion 46 of the columnar core member 110 constitute a main area of a plane that is fixed in contact with the ceiling surface 900 and the floor surface 902.
One of the first columnar core members 100 is fixed to the ceiling surface 900 at the top fixing portion 24 and fixed to the floor surface 902 at the portion of the ground fixing portion 26 of the first columnar core member 100. .
The other second columnar core member 110 is fixed to the ceiling surface 900 at the top fixing portion 44, and is fixed to the floor surface 902 at the portion of the ground fixing portion 46 of the second columnar core member 110.

As described above, since the first columnar core material 100 and the second columnar core material 110 are configured in the same shape, the configuration of the first columnar core material 100 will be described here.
The first columnar core member 100 is formed into a substantially prismatic body having the same cross section from the top side to the ground side.
In the substantially rectangular parallelepiped forming the first columnar core member 100, for example, an upper surface 120 serving as one surface is formed on one end side in contact with the ceiling surface 900 on the top side serving as a first fixed portion, and the second fixed member. A lower surface 122 which is the other surface is formed on the other end side which is in contact with the floor surface 902 which is the ground side. The upper surface 120 and the lower surface 122 constituting the ceiling fixing part 24 are formed substantially parallel to each other.
In addition, in the prismatic body forming the first columnar core member 100, the first side plate 124 is formed on the surface to which the first surface plate member 102 is bonded, and the first surface plate member 102 is bonded to the surface. Thus, the second side surface 126 constituting the mating surface portion 22 is formed on the surface opposite to the first side surface 124. The first side surface 124 and the second side surface 126 are formed substantially parallel to each other.
Further, a front surface 128 is formed on the front side in the downward direction from both ends of the upper surface 120 and in an upward direction from the both ends of the lower surface 122, and the rear surface 130 is formed on the other side. It is formed.
The front surface 128 is vertically connected to the near side of the first side surface 124 and the near side of the second side surface 126, and the back surface 130 is perpendicular to the far side of the first side surface 124 and the far side of the second side surface 126. Connected to. The front side 128 on the near side and the back side 130 on the far side are formed substantially parallel to each other.
The first columnar core member 100 has substantially the same cross-sectional shape from the upper surface 120 to the lower surface 122.

The first columnar core member 100 is cut to attach the metal reinforcing material 300 in the vicinity of the corner portion that contacts the front surface 128 of the first side surface 124 and the corner portion that contacts the back surface 130 of the first side surface 124. A notch step is formed.
The notch step portion has an L-shaped cross section corresponding to the shape of the metal reinforcing member 300, and is formed lower than the first side surface 124 by the thickness of the first reinforcing portion 302 of the metal reinforcing member 300. Yes.

The first surface plate member 102 and the second surface plate member 112 protect the first columnar core member 100 and the second columnar core member 110 and, as will be described below, the first column member 12 and the second column member 14. By providing chamfered portions at the corners, the first columnar core member 100 and the second columnar core member 110 are pasted on the outer surface so as to enhance the aesthetics of the first columnar member 12 and the second columnar member 14. The
The first surface plate member 102 and the second surface plate member 112 are plate bodies whose front and back surfaces are planar, and cover most of the outer surfaces in the longitudinal direction of the first columnar core member 100 and the second columnar core member 110. It sticks on the outer surface of the 1st columnar core material 100 and the 2nd columnar core material 110 so that it may cover. That is, the first surface plate member 102 and the second surface plate member 112 are attached to the first side surface 124, the second side surface 126, the front surface 128, and the back surface 130 of the first columnar core member 100 and the second columnar core member 110, respectively. The

The first surface plate member 102 has a flat front plate surface 102a and a flat sticky plate surface 102b, and the second surface plate member 112 has a flat front plate surface 112a and a flat sticky plate surface. 112b.
The sticking plate surface 102 b is a surface that is stuck to the first columnar core member 100, and the sticking plate surface 112 b is a surface that is stuck to the second columnar core member 110.

The first surface plate member 102 has one longitudinal edge 104a and the other longitudinal edge 104b.
And the 1st surface board | plate material 102 is affixed on the 1st columnar core material 100 so that one longitudinal edge 104a and the other longitudinal edge 104b may oppose in the mating surface part 22. FIG.
A recess 28 is formed between one longitudinal edge 104a and the other longitudinal edge 104b.
One longitudinal end edge 104a constitutes the near side groove wall 28a, and the other longitudinal end edge 104b constitutes the far side groove wall 28b.
The second surface plate 112 has one longitudinal end edge 114a and the other longitudinal end edge 114b.
And the 2nd surface board material 112 is affixed on the 2nd columnar core material 110 so that one long end edge 114a and the other long end edge 114b may oppose in the mating surface part 42. FIG.
A recess 48 is formed between one longitudinal edge 114a and the other longitudinal edge 114b.
One longitudinal end edge 114a constitutes a groove wall 48b on the other side, and the other longitudinal end edge 114b constitutes a groove wall 48a on the near side.

As shown in FIG. 4, the first surface plate member 102 and the second surface plate member 112 are a surface sheet 200, a first surface plate part 140, a second surface plate part 142 attached to the surface of the surface sheet 200, It has a third surface plate portion 144, a fourth surface plate portion 146, and a fifth surface plate portion 148.
The first surface plate member 102 and the second surface plate member 112 are divided into surface plate portions by bent grooves formed by V-cut or the like, the first surface plate portion 140, the second surface plate portion 142, and the third The surface plate portion 144, the fourth surface plate portion 146, and the fifth surface plate portion 148 are configured.
The surface plate portions constituting the first surface plate material 102 and the second surface plate material 112 are, for example, rigid MDF (medium density fiberboard: medium density fiberboard), PB (particle board), plywood, etc. It is formed by.

The first surface plate portion 140 is formed in a substantially rectangular shape having a size substantially the same as the size of the first side surface 124 of the first columnar core member 100 or the second columnar core member 110.
The second surface plate portion 142 arranged in front of the first surface plate portion 140 is formed in a substantially rectangular shape having a size substantially the same as the size of the front surface 128 of the first columnar core material 100 or the second columnar core material 110. .
The third surface plate portion 144 arranged on the other side of the first surface plate portion 140 is formed in a substantially rectangular shape having a size substantially the same as the size of the back surface 130 of the first columnar core member 100 or the second columnar core member 110. .
The fourth surface plate portion 146 aligned on the front side of the second surface plate portion 142 and the fifth surface plate portion 148 aligned on the other side of the third surface plate portion 144 are the first columnar core member 100 or the second columnar core member 110. The second side surface 126 is formed in a substantially rectangular shape having a size substantially the same as a quarter of the width in the horizontal direction.

At the boundary between the first surface plate portion 140 and the second surface plate portion 142, a first bent groove 150 formed by performing V-cut or the like is formed. At the boundary between the first surface plate portion 140 and the third surface plate portion 144, a second bent groove 152 formed by performing V-cut or the like is formed.
That is, the first surface plate member 102 and the second surface plate member 112 are prepared as flat plates and are partitioned by grooves formed by V-cutting or the like, respectively, so that the first surface plate portion 140 and the second surface plate are formed. A face plate portion 142 and a third surface plate portion 144 are formed.

A third bent groove 154 formed by V-cut processing or the like is formed at the boundary between the second surface plate portion 142 and the fourth surface plate portion 146 in the first surface plate material 102 and the second surface plate material 112. Is done.
Further, a fourth bent groove 156 formed by V-cut processing or the like at the boundary between the third surface plate portion 144 and the fifth surface plate portion 148 in the first surface plate material 102 and the second surface plate material 112. Is formed.
The first bent groove 150, the second bent groove 152, the third bent groove 154, and the fourth bent groove 156 are the first plate member 102 and the second plate member 112 and the second plate member 112. It is formed by a cutting process such as a V-cut process applied from the surface 112b toward the front plate surface 102a and the front plate surface 112a.

The first bent groove 150 and the fourth bent groove 156 have the same configuration, and the second bent groove 152 and the third bent groove 154 have the same configuration. The first bent groove 150 and the fourth bent groove 156 and the second bent groove 152 and the third bent groove 154 are symmetric.
Therefore, the configuration of the first bent groove 150 will be described below.
The first bent groove 150 is provided side by side so that the first joining groove 150a and the second joining groove 150b face each other continuously.
The first joining groove 150a and the second joining groove 150b are formed in a substantially V-shaped cross section. The first joining groove 150a has a first groove wall 162 and a second groove wall 164 that form each side having a substantially V-shaped cross section, and the second joining groove 150b is a first that forms each side having a substantially V-shaped section. A third groove wall 166 and a fourth groove wall 168 are provided.

The second groove wall 164 and the fourth groove wall 168 are orthogonal to each other in the middle of the first bent groove 150 to form a first chamfered portion 170 having a substantially isosceles triangle shape. Then, the first joining groove 150a is closed, the first groove wall 162 and the second groove wall 164 are brought into contact with each other and bonded, the second joining groove 150b is closed, and the third groove wall 166 and the fourth groove wall 168 are adhered. Can be formed by chamfering at the bottom portion of the first chamfered portion 170.
And the surface sheet 200 is affixed on the surface plate surface 102a and the surface plate surface 112a of the 1st surface plate part 140, the 2nd surface plate part 142, and the 3rd surface plate part 144, It affixes on the surface sheet 200 The 1st pillar member 12 which equips the outer surface with the surface board material with a surface sheet comprised by the made surface board part (the 1st surface board part 140, the 2nd surface board part 142, and the 3rd surface board part 144) is formed. .

Then, an angle (θ ₁ ) between the first groove wall 162 and the second groove wall 164 extending from the groove bottom toward the sticking plate surface 102b and the sticking plate surface 112b of the first surface plate member 102 and the second surface plate member 112. Is formed at 45 degrees, for example. The angles (θ ₁ and θ ₂ ) between the first groove wall 162 and the second groove wall 164 and the front plate surface 102a and the front plate surface 112a of the first surface plate member 102 and the second surface plate member 112 are respectively left and right. Are formed to be equal.

The first bent groove 150 is obliquely crossed with the surface plate surface 102a of the first surface plate portion 140 from the groove edge 162a on the first groove wall 162 toward the surface plate surface 102a of the first surface plate portion 140. The first surface chamfering groove wall 180 formed on the third groove wall 166 and the groove edge 166a on the second surface plate part 142 toward the front plate surface 102a of the second surface plate part 142 is formed. And a second chamfering groove wall 182 formed in a direction oblique to the front plate surface 102a.
Further, a third chamfering groove wall 184 extending from the upper edge of the first chamfering groove wall 180 toward the front plate surface 102a and orthogonal to the front plate surface 102a of the first surface plate portion 140, and a second chamfering The groove wall 182 extends in the horizontal direction from the groove end side of the groove wall 182, and is parallel to the surface plate surface 102a of the second surface plate portion 142. And a fifth chamfering groove wall 188 extending in a direction orthogonal to the front plate surface 102a toward the surface 102a. That is, the third chamfering groove wall 184 and the fifth chamfering groove wall 188 are formed substantially parallel to each other.

The second groove wall 164 and the fourth groove wall 168 form a first chamfered portion 170 having a substantially isosceles triangle cross section, for example, orthogonal to the middle of the first bent groove 150. At this time, the angle (θ ₃ ) formed by the second groove wall 164 and the fourth groove wall 168 is formed to be equal, both of which are, for example, 45 degrees.

The apex of the first chamfered portion 170 is the groove edge 162a that is the intersection of the first groove wall 162 and the first chamfering groove wall 180 and the groove edge 166a that is the intersection of the third groove wall 166 and the second chamfering groove wall 182. Intersect when the first bent groove 150 is closed.
Then, the first bent groove 150 is closed, and the first chamfering groove wall 180 and the second chamfering groove wall 182, the third chamfering groove wall 184 and the fourth chamfering groove wall 186, and the first surface plate portion 140. If the bonding plate surface 102b and the fifth chamfering groove wall 188 are brought into contact with each other and bonded together, a chamfered shape can be formed at the bottom side portion of the first chamfered portion 170.
That is, in order to achieve the above-described object, the length of the second groove wall 164 that forms one oblique side of the first chamfered portion 170 and the length of the first groove wall 162 are formed to be equal. Further, the length of the fourth groove wall 168 forming the other oblique side of the first chamfered portion 170 and the length of the third groove wall 166 are formed to be equal. Further, the length of the first chamfering groove wall 180 and the length of the second chamfering groove wall 182 are formed to be equal. Further, the third chamfering groove wall 184 and the fourth chamfering groove wall 186 are formed to have the same length.

The third bent groove 154 is not a chamfered configuration similar to that of the first bent groove 150, and as shown in FIG. 21, the first bonded groove 150a and the second bonded groove are formed so as to form a right-angled corner. 150b may be a groove wall having a V-shaped cross section, and the angle θ formed by the groove wall may be 45 degrees.
Further, the fourth bent groove 156 is not chamfered in the same manner as the first bent groove 150, and as shown in FIG. 21, the first joint groove 150a and the second bent groove 156 are formed so as to form a right-angled corner. The joining groove 150b may be constituted by a groove wall having a V-shaped cross section, and the angle θ formed by the groove wall may be 45 degrees.

The top sheet 200 is provided to protect the first front plate member 102 and the second front plate member 112 and to improve the design of the first column member 12 and the second column member 14 by applying a pattern thereto.
The surface sheet 200 is a surface plate portion (a first surface plate portion 140, a second surface plate portion 142, a third surface plate portion 144, a fourth surface plate portion, which constitutes the first surface plate member 102 and the second surface plate member 112. 146 and the fifth surface plate portion 148) are attached to the front plate surface 102a and the front plate surface 112a.
The surface sheet 200 is formed of a flexible sheet, such as a plastic sheet such as vinyl chloride or olefin, a veneer sheet in which a veneer veneer veneer is attached to the surface of a nonwoven fabric, a resin-impregnated paper, polyethylene, or the like. A paper sheet sandwiching a resin layer is used. The top sheet 200 is made of a flexible resin sheet having a printed pattern such as wood grain on its surface. The top sheet 200 is made of a material that can be cut with a circular saw or the like.

  The decorative shelf receiving member 18 has a structure similar to the structure of the first column member 12 and the second column member 14, and is manufactured as shown in FIGS.

The first decorative shelf receiving member 18 a includes a prismatic first columnar core member 100 and a first surface plate member 102 that covers the outer surface of the first columnar core member 100.
The first surface plate member 102 is formed by bending the first surface plate member 102 in which a bent groove formed by V-cut or the like extending in the longitudinal direction is closed in a direction to close the bent groove formed by V-cut or the like. Affixed to the corners of the first columnar core 100.
The first surface plate member 102 is attached to the first columnar core member 100 so that one long end edge 104a and the other long end edge 104b face each other at the mating surface portion 62.
A recess 28 is formed between one longitudinal edge 104a and the other longitudinal edge 104b.
One longitudinal edge 104a constitutes a groove wall 28b on the other side, and the other longitudinal edge 104b constitutes a groove wall 28a on the near side.
The second decorative shelf receiving member 18 b includes a prismatic second columnar core member 110 and a second surface plate member 112 that covers the outer surface of the second columnar core member 110.
The second surface plate 112 is formed by bending the second surface plate 112 formed with a V-cut or the like bent groove extending in the longitudinal direction in a direction to close the V-cut or the like bent groove. The two columnar core members 110 are attached to match the corners.
The second surface plate member 112 is adhered to the second columnar core member 110 so that one long end edge 114a and the other long end edge 114b face each other at the mating surface portion 82.
A recess 48 is formed between one longitudinal edge 114a and the other longitudinal edge 114b.
One longitudinal end edge 114a constitutes the near-side groove wall 48a, and the other longitudinal end edge 114b constitutes the far-side groove wall 48b.

The first columnar core member 100 and the second columnar core member 110 are formed in the same shape, and have, for example, rigidity, PB (particle board), MDF (medium density fiberboard: medium density fiberboard) ), Plywood, and laminated wood.
When the decorative shelf receiving member 18 is constructed, both of the first columnar core member 100 and the second columnar core member 110 have longitudinal ends that are, for example, the first shelf member 16a on the top side and the ground. Constituting a main region fixed in contact with the second shelf member 16b on the side, that is, the shelf support portion 64 on the top side and the shelf support portion 84 on the ceiling side, and the shelf support portion 66 on the ground side and the ground The shelf support portion 86 on the side constitutes a main area of a flat surface fixed in contact with the first shelf member 16a and the second shelf member 16b.

As described above, since the first columnar core material 100 and the second columnar core material 110 are configured in the same shape, the configuration of the first columnar core material 100 will be described here.
The first columnar core member 100 is formed into a substantially prismatic body having the same cross section from the top side to the ground side.
In the substantially rectangular parallelepiped forming the first columnar core member 100, for example, an upper surface 120 corresponding to one surface is formed on one end side in contact with the first shelf member 16a on the top side, and the second shelf member 16b on the ground side is formed. The lower surface 122 which is the other surface is formed on the other end side in contact with. The upper surface 120 and the lower surface 122 constituting the ceiling fixing part 24 are formed substantially parallel to each other.
In addition, in the prismatic body forming the first columnar core member 100, the first side plate 124 is formed on the surface to which the first surface plate member 102 is bonded, and the first surface plate member 102 is bonded to the surface. Thus, the second side surface 126 constituting the mating surface portion 22 is formed on the surface opposite to the first side surface 124. The first side surface 124 and the second side surface 126 are formed substantially parallel to each other.
Further, a front surface 128 is formed on the front side in the downward direction from both ends of the upper surface 120 and in an upward direction from the both ends of the lower surface 122, and the rear surface 130 is formed on the other side. It is formed.
The front surface 128 is vertically connected to the near side of the first side surface 124 and the near side of the second side surface 126, and the back surface 130 is perpendicular to the far side of the first side surface 124 and the far side of the second side surface 126. Connected to. The front side 128 on the near side and the back side 130 on the far side are formed substantially parallel to each other.
The first columnar core member 100 has substantially the same cross-sectional shape from the upper surface 120 to the lower surface 122.

The first surface plate member 102 and the second surface plate member 112 protect the first columnar core member 100 and the second columnar core member 110 and, as will be described below, the first column member 12 and the second column member 14. By providing a chamfered portion at the corner portion, it is affixed to the outer surfaces of the first columnar core member 100 and the second columnar core member 110 so as to enhance the aesthetics of the decorative shelf receiving member 18.
The first surface plate member 102 and the second surface plate member 112 are plate bodies whose front and back surfaces are planar, and cover most of the outer surfaces in the longitudinal direction of the first columnar core member 100 and the second columnar core member 110. It sticks on the outer surface of the 1st columnar core material 100 and the 2nd columnar core material 110 so that it may cover. That is, the first surface plate member 102 and the second surface plate member 112 are attached to the first side surface 124, the second side surface 126, the front surface 128, and the back surface 130 of the first columnar core member 100 and the second columnar core member 110, respectively. The

The first surface plate member 102 has a flat front plate surface 102a and a flat sticky plate surface 102b, and the second surface plate member 112 has a flat front plate surface 112a and a flat sticky plate surface. 112b.
The sticking plate surface 102 b is a surface that is stuck to the first columnar core member 100, and the sticking plate surface 112 b is a surface that is stuck to the second columnar core member 110.

As shown in FIG. 7, the first surface plate member 102 and the second surface plate member 112 are a surface sheet 200, a first surface plate part 140, a second surface plate part 142 attached to the surface of the surface sheet 200, It has a third surface plate portion 144, a fourth surface plate portion 146, and a fifth surface plate portion 148.
The first surface plate member 102 and the second surface plate member 112 are divided into surface plate portions by bent grooves formed by V-cut or the like, the first surface plate portion 140, the second surface plate portion 142, and the third The surface plate portion 144, the fourth surface plate portion 146, and the fifth surface plate portion 148 are configured.
The surface plate portions constituting the first surface plate material 102 and the second surface plate material 112 are, for example, rigid MDF (medium density fiberboard: medium density fiberboard), PB (particle board), plywood, etc. It is formed by.

The first surface plate portion 140 is formed in a substantially rectangular shape having a size substantially the same as the size of the first side surface 124 of the first columnar core member 100 or the second columnar core member 110.
The second surface plate portion 142 arranged in front of the first surface plate portion 140 is formed in a substantially rectangular shape having a size substantially the same as the size of the front surface 128 of the first columnar core material 100 or the second columnar core material 110. .
The third surface plate portion 144 arranged on the other side of the first surface plate portion 140 is formed in a substantially rectangular shape having a size substantially the same as the size of the back surface 130 of the first columnar core member 100 or the second columnar core member 110. .
The fourth surface plate portion 146 aligned on the front side of the second surface plate portion 142 and the fifth surface plate portion 148 aligned on the other side of the third surface plate portion 144 are the first columnar core member 100 or the second columnar core member 110. The second side surface 126 is formed in a substantially rectangular shape having a size substantially the same as a quarter of the width in the horizontal direction.

At the boundary between the first surface plate portion 140 and the second surface plate portion 142, a first bent groove 150 formed by performing V-cut or the like is formed. At the boundary between the first surface plate portion 140 and the third surface plate portion 144, a second bent groove 152 formed by performing V-cut or the like is formed.
That is, the first surface plate member 102 and the second surface plate member 112 are prepared as flat plates and are partitioned by grooves formed by V-cutting or the like, respectively, so that the first surface plate portion 140 and the second surface plate are formed. A face plate portion 142 and a third surface plate portion 144 are formed.

A third bent groove 154 formed by V-cut processing or the like is formed at the boundary between the second surface plate portion 142 and the fourth surface plate portion 146 in the first surface plate material 102 and the second surface plate material 112. Is done.
Further, a fourth bent groove 156 formed by V-cut processing or the like at the boundary between the third surface plate portion 144 and the fifth surface plate portion 148 in the first surface plate material 102 and the second surface plate material 112. Is formed.
The first bent groove 150, the second bent groove 152, the third bent groove 154, and the fourth bent groove 156 are the first plate member 102 and the second plate member 112 and the second plate member 112. It is formed by a cutting process such as a V-cut process applied from the surface 112b toward the front plate surface 102a and the front plate surface 112a.

The first bent groove 150 and the fourth bent groove 156 have the same configuration, and the second bent groove 152 and the third bent groove 154 have the same configuration. The first bent groove 150 and the fourth bent groove 156 and the second bent groove 152 and the third bent groove 154 are symmetric.
Therefore, the configuration of the first bent groove 150 will be described below.
The first bent groove 150 is provided side by side so that the first joining groove 150a and the second joining groove 150b face each other continuously.
The first joining groove 150a and the second joining groove 150b are formed in a substantially V-shaped cross section. The first joining groove 150a has a first groove wall 162 and a second groove wall 164 that form each side having a substantially V-shaped cross section, and the second joining groove 150b is a first that forms each side having a substantially V-shaped section. A third groove wall 166 and a fourth groove wall 168 are provided.

The second groove wall 164 and the fourth groove wall 168 are orthogonal to each other in the middle of the first bent groove 150 to form a first chamfered portion 170 having a substantially isosceles triangle shape. Then, the first joining groove 150a is closed, the first groove wall 162 and the second groove wall 164 are brought into contact with each other and bonded, the second joining groove 150b is closed, and the third groove wall 166 and the fourth groove wall 168 are adhered. Can be formed by chamfering at the bottom portion of the first chamfered portion 170.
And the surface sheet 200 is affixed on the surface plate surface 102a and the surface plate surface 112a of the 1st surface plate part 140, the 2nd surface plate part 142, and the 3rd surface plate part 144, It affixes on the surface sheet 200 The decorative shelf receiving member 18 is formed, which is composed of the surface plate portions (first surface plate portion 140, second surface plate portion 142, and third surface plate portion 144) formed on the outer surface. .

Then, an angle (θ ₁ ) between the first groove wall 162 and the second groove wall 164 extending from the groove bottom toward the sticking plate surface 102b and the sticking plate surface 112b of the first surface plate member 102 and the second surface plate member 112. Is formed at 45 degrees, for example. The angles (θ ₁ and θ ₂ ) between the first groove wall 162 and the second groove wall 164 and the front plate surface 102a and the front plate surface 112a of the first surface plate member 102 and the second surface plate member 112 are respectively left and right. Are formed to be equal.

The first bent groove 150 is obliquely crossed with the surface plate surface 102a of the first surface plate portion 140 from the groove edge 162a on the first groove wall 162 toward the surface plate surface 102a of the first surface plate portion 140. The first surface chamfering groove wall 180 formed on the third groove wall 166 and the groove edge 166a on the second surface plate part 142 toward the front plate surface 102a of the second surface plate part 142 is formed. And a second chamfering groove wall 182 formed in a direction oblique to the front plate surface 102a.
Further, a third chamfering groove wall 184 extending from the upper edge of the first chamfering groove wall 180 toward the front plate surface 102a and orthogonal to the front plate surface 102a of the first surface plate portion 140, and a second chamfering The groove wall 182 extends in the horizontal direction from the groove end side of the groove wall 182, and is parallel to the surface plate surface 102a of the second surface plate portion 142. And a fifth chamfering groove wall 188 extending in a direction orthogonal to the front plate surface 102a toward the surface 102a. That is, the third chamfering groove wall 184 and the fifth chamfering groove wall 188 are formed substantially parallel to each other.

The second groove wall 164 and the fourth groove wall 168 form a first chamfered portion 170 having a substantially isosceles triangle cross section, for example, orthogonal to the middle of the first bent groove 150. At this time, the angle (θ ₃ ) formed by the second groove wall 164 and the fourth groove wall 168 is formed to be equal, both of which are, for example, 45 degrees.

The apex of the first chamfered portion 170 is the groove edge 162a that is the intersection of the first groove wall 162 and the first chamfering groove wall 180 and the groove edge 166a that is the intersection of the third groove wall 166 and the second chamfering groove wall 182. Intersect when the first bent groove 150 is closed.
Then, the first bent groove 150 is closed, and the first chamfering groove wall 180 and the second chamfering groove wall 182, the third chamfering groove wall 184 and the fourth chamfering groove wall 186, and the first surface plate portion 140. If the bonding plate surface 102b and the fifth chamfering groove wall 188 are brought into contact with each other and bonded together, a chamfered shape can be formed at the bottom side portion of the first chamfered portion 170.
That is, in order to achieve the above-described object, the length of the second groove wall 164 that forms one oblique side of the first chamfered portion 170 and the length of the first groove wall 162 are formed to be equal. Further, the length of the fourth groove wall 168 forming the other oblique side of the first chamfered portion 170 and the length of the third groove wall 166 are formed to be equal. Further, the length of the first chamfering groove wall 180 and the length of the second chamfering groove wall 182 are formed to be equal. Further, the third chamfering groove wall 184 and the fourth chamfering groove wall 186 are formed to have the same length.

The third bent groove 154 is not a chamfered configuration similar to that of the first bent groove 150, and as shown in FIG. 21, the first bonded groove 150a and the second bonded groove are formed so as to form a right-angled corner. 150b may be a groove wall having a V-shaped cross section, and the angle θ formed by the groove wall may be 45 degrees.
Further, the fourth bent groove 156 is not chamfered in the same manner as the first bent groove 150, and as shown in FIG. 21, the first joint groove 150a and the second bent groove 156 are formed so as to form a right-angled corner. The joining groove 150b may be constituted by a groove wall having a V-shaped cross section, and the angle θ formed by the groove wall may be 45 degrees.

The surface sheet 200 is provided to protect the first surface plate material 102 and the second surface plate material 112 and to improve the design of the makeup shelf receiving member 18 by applying a pattern to the surface sheet.
The surface sheet 200 is a surface plate portion (a first surface plate portion 140, a second surface plate portion 142, a third surface plate portion 144, a fourth surface plate portion, which constitutes the first surface plate member 102 and the second surface plate member 112. 146 and the fifth surface plate portion 148) are attached to the front plate surface 102a and the front plate surface 112a.
The surface sheet 200 is formed of a flexible sheet, such as a plastic sheet such as vinyl chloride or olefin, a veneer sheet in which a veneer veneer veneer is attached to the surface of a nonwoven fabric, a resin-impregnated paper, polyethylene, or the like. A paper sheet sandwiching a resin layer is used. The top sheet 200 is made of a flexible resin sheet having a printed pattern such as wood grain on its surface. The top sheet 200 is made of a material that can be cut with a circular saw or the like.

As shown in FIG. 20, the shelf member 16 is arranged on the outer peripheral surface of the shelf core material 410 in order to match the first pillar member 12, the second pillar member 14, and the decorative shelf receiving member 18. And the shelf surface board | plate material 412 similar to the 1st surface board | plate material 102 which comprises the 2nd pillar member 14 and the decorative shelf receiving member 18 is stuck.
As the shelf surface plate material 412, a material coated with an outer surface material in which a shelf surface sheet 420 similar to the surface sheet 200 is attached to the outer surface of the surface plate portion 430 may be used.
The shelf surface plate material 412 is partitioned by shelf bent grooves 450 formed in the surface plate portion 430. The shelf bent groove 450 formed in the surface plate part 430 is formed so that the angle formed by the first joining groove 450a and the second joining groove 450b is 90 degrees. The shelf surface sheet 420 is folded and attached to the outer surface of the shelf board core 410 with the first joining groove 450a and the second joining groove 450b being attached to the corner of the shelf board core 410. .
In this embodiment, the shelf core 410 has a square cross section, and the shelf folding grooves 450 formed on the surface plate 430 are aligned with the four corners of the shelf core 410. Is formed.
Thus, the shelf member 16 is a prismatic plate having a square cross section.

Next, a construction method for constructing the partition shelf 10 will be described. 10 to 14 are exploded perspective views showing a construction process of the partition shelf 10 according to the present invention.
First, the lower end surface of the first column member 12 is grounded to the ground-side floor surface 902 which is the second fixed portion at a predetermined position to which the partition shelf 10 is attached, and the first columnar shape of the concave portion 28 of the first column member 12 is established. Positioning is performed by fixing a fixing member 912 constituting the second fixing portion 910 to the core member 100 with a bonding member 950.
Subsequently, the first fixed portion in the upward direction along the surface of the column mounting plate portion 914 of the fixing member 912 constituting the second fixing portion 910 and in the vertical direction, that is, the direction facing the fixing member 912. A fixing member 922 constituting the first fixing portion 920 is attached to the position of the ceiling surface 900 on the top side by a joining member 952.
At this time, the column mounting plate portion 924 of the fixing member 922 constituting the first fixing portion 920 and the column mounting plate portion 914 of the fixing member 912 configuring the second fixing portion 910 are substantially in the same plane.
And after contacting the support | pillar attachment board part 914 of the fixing member 912 which comprises the 2nd fixing | fixed part 910 to the upper surface 120 of the other edge part of the concave part 28 of the 1st columnar core material 100 of the 1st pillar member 12, It is fixed by a joining member 950 and a washer 954.
Furthermore, after contacting the column attachment plate portion 924 of the fixing member 922 constituting the first fixing portion 920 to the lower surface 122 of one end portion of the concave portion 28 of the first columnar core member 100 of the first column member 12, It is fixed by a joining member 952 and a washer 954.
Further, the second column member 14 is attached between the floor surface 902 and the ceiling surface 900 with an interval corresponding to the length of the shelf member 16 in the longitudinal direction from the first column member 12. The attachment method is the same as the attachment method of the first column member 12 described above.
The second column member 14 is constructed in the same manner as the first column member 12.

Next, in order to bridge and fix the shelf member 16 between the first column member 12 and the second column member 14, the recess portion 28 of the first column member 12 and the recess portion of the second column member 14 are fixed. A shelf bracket 956 is attached to 48.
As shown in FIG. 23, the shelf bracket 956 is made of a metal plate having a substantially L-shaped cross section.
The shelf bracket 956 includes a support portion 956a that is fixed to the recessed strip portion 28 of the first column member 12 and the recessed strip portion 48 of the second column member 14, and a receiving portion 956b that receives the shelf member 16. Yes. The support portion 956a and the receiving portion 956b are orthogonal to each other.
When the support portion 956a is fixed to the concave portion 28 of the first pillar member 12 and the concave portion 48 of the second pillar member 14, the inside of the mating surface portion 22 of the first pillar member 12 and the second pillar member 14 is secured. The thickness is smaller than the depths of the concave portion 28 and the concave portion 48 so as to be lower than the surface of the mating surface portion 42. The receiving portions 956b are fixed to receiving recesses 460 formed on the lower surfaces at both ends in the longitudinal direction of the shelf member 16 so as to be aligned with the surface of the shelf member 16.

Next, a method of fixing the decorative shelf receiving member 18 and the shelf member 16 to the mating surface portion 22 inside the first column member 12 and the mating surface portion 42 inside the second column member 14 will be described.
First, the first decorative shelf receiving member 18a is placed on the floor surface 902 inside the first column member 12, and the mating surface portion 62 of the first decorative shelf receiving member 18a is aligned with the mating surface portion 22 of the first column member 12. Standing up. At that time, the cosmetic shelf receiving member 18 is fixed to the first column member 12 by fitting the fitting convex portion 68 of the first cosmetic shelf receiving member 18 a to the concave strip portion 28 of the first column member 12.
The other second cosmetic shelf receiving member 18b is placed on the floor surface 902 inside the second column member 14, and the mating surface portion 82 of the second cosmetic shelf receiving member 18b is placed on the mating surface portion 42 of the second column member 14. Set up alongside. At that time, the cosmetic shelf receiving member 18 is fixed to the second column member 14 by fitting the fitting convex portion 88 of the second cosmetic shelf receiving member 18 b into the concave strip portion 48 of the second column member 14.

Then, the shelf member 16 is placed on the top shelf support portion 64 of the fixed first makeup shelf receiving member 18a and the shelf support portion 84 on the top side of the second makeup shelf receiving member 18b. The shelf member 16 is bridged in the space between the column member 12 and the second column member 14.
Further, the cosmetic shelf receiving member 18 is placed on the upper surface (top side) of the shelf member 16, and the mating surface portion 62 of the first cosmetic shelf receiving member 18 a is set up along the mating surface portion 22 of the first column member 12. Set up.
At that time, the cosmetic shelf receiving member 18 is fixed to the first column member 12 by fitting the fitting convex portion 68 of the first cosmetic shelf receiving member 18 a to the concave strip portion 28 of the first column member 12.
Further, the mating surface portion 82 of the other second decorative shelf receiving member 18 b is erected along the mating surface portion 42 of the second column member 14.
At that time, the cosmetic shelf receiving member 18 is fixed to the second column member 14 by fitting the fitting convex portion 88 of the second cosmetic shelf receiving member 18 b into the concave strip portion 48 of the second column member 14.
The concave strip portion 28 of the first column member 12 and the concave strip portion 48 of the second column member 14 and the support portion 956a of the shelf bracket 956 fixed to the concave strip portion 28 and the concave strip portion 48 are the decorative shelf receiving member 18. Covered by.

  By repeating this, the dressing shelf receiving member 18 is bridged between the first column member 12 and the second column member 14 facing each other, and between the first dressing shelf receiving member 18a and the second dressing shelf receiving member 18b. By providing the first decorative shelf receiving member 18a, the space between the first column member 12 and the second column member 14 is divided and a partition shelf in which a plurality of shelves are arranged in the vertical direction is provided. Can do.

Next, the partition shelf 10 having a structure in which a plurality of shelves are connected in the horizontal direction will be described mainly based on FIGS. 15 to 19.
When a plurality of first pillar members 12 and a plurality of second pillar members 14 are arranged in parallel to form a few ledges, as shown in FIG. 15 to FIG. The column member 15 is interposed between the first column member 12 and the second column member 14 so that a plurality of shelf members 16 can be arranged in the horizontal direction between the first column member 12 and the second column member 14. To.

The third column member 15 includes a front surface portion 21 extending in the longitudinal direction, a mating surface portion 22 and a mating surface portion 23 that are formed adjacent to the front surface portion 21 and are aligned with the decorative shelf receiving member 18, and a ceiling on the top side in the longitudinal direction. It has a fixed portion 25 and a ground-side ground fixed portion 27 in the longitudinal direction.
The third column member 15 is a substantially prismatic body having the same cross section from the top side to the ground side.
The mating surface portion 22 is formed on one side of the third column member 15, and the mating surface portion 23 is formed on the other side of the third column member 15, and is formed on the side opposite to the mating surface portion 22.
In this embodiment, the front portion 21 of the third pillar member 15 is a flat surface extending from the top side to the ground side.
The surface of the front part 20 of the first column member 12 and the surface of the front part 21 of the third column member 15 have substantially the same shape, and constitute the same vertical plane when viewed from the front.
The mating surface portion 23 of the third column member 15 includes a flat surface that is orthogonal to the front surface portion 21, and a uniform flat surface is formed from the top side to the ground side.
In the present embodiment, the third column member 15 is formed with a back surface portion 31 on the back surface side opposite to the front surface portion 21.
The back surface portion 31 of the third column member 15 includes a plane parallel to the front surface portion 21.

In the third column member 15, the first surface plate portion 140 is divided into the front side and the other side in the same manner as the fourth surface plate portion 146 and the fifth surface plate portion 148, so that the first columnar core member 100 is separated. Is exposed, and a groove portion 29 different from the groove portion 28 is formed.
The concave stripe portion 28 and the concave stripe portion 29 have the same structure, and the concave stripe portion 29 faces the concave stripe portion 28 of the first column member 12 or the concave stripe portion 48 of the second column member 14.
Then, sequentially, the third column members 15 are arranged in parallel, arranged in parallel so as to face the mating surface portion 22 of the first end of the first column member 12, and the mating surface portion 42 of the other end of the second column member 14 The third column member 15 is interposed between the first column member 12 and the second column member 14 so as to face each other, and is arranged between the ceiling surface 900 and the floor surface 902.

The third column member 15 includes a prismatic first columnar core member 100, and a third surface plate member 103 and a fourth surface plate member 105 that cover the outer surface of the first columnar core member 100.
The third surface plate member 103 and the fourth surface plate member 105 are formed by folding the third surface plate member 103 and the fourth surface plate member 105 in which a bent groove formed by V-cutting or the like extending in the longitudinal direction is formed by V-cutting or the like. The curved groove is bent in the closing direction and attached to one corner of the first columnar core member 100 in the width direction.
The third surface plate 103 is a plate-like body having a square shape in plan view, and the first long end edge 103 c and the other long end edge 105 d of the fourth surface plate 105 are opposed to each other on the mating surface portion 22. A single columnar core 100 is attached.
One longitudinal end edge 103c of the third surface plate member 103 and the other long end edge 105d of the fourth surface plate member 105 are both vertical surfaces orthogonal to the front and back surfaces of the third surface plate member 103 and the fourth surface plate member 105. The concave strip portion 28 is formed between one longitudinal end edge 103c and the other longitudinal end edge 105d.
One longitudinal end edge 103c of the third surface plate member 103 constitutes a front groove wall 28a, and the other long end edge 105d of the fourth surface plate member 105 constitutes a groove wall 28b on the other side.
The fourth surface plate member 105 is formed by bending the fourth surface plate member 105 formed with a V-shaped groove or the like extending in the longitudinal direction in a direction to close the bent groove formed by the V-cut or the like. The single columnar core member 100 is adhered to the other corner in the width direction.
The fourth surface plate member 105 is bonded to the first columnar core member 100 so that one longitudinal end edge 105 c and the other long end edge 103 d of the third surface plate member 103 face each other at the mating surface portion 23.
One longitudinal edge 105c of the fourth surface plate 105 and the other long edge 103d of the third surface plate 103 are both vertical surfaces orthogonal to the front and back surfaces of the fourth surface plate 105 and the third surface plate 103. The concave strip portion 29 is formed between one longitudinal end edge 105c and the other longitudinal end edge 103d.
One longitudinal end edge 105c of the fourth surface plate member 105 forms a groove wall 29b on the other side, and the other long end edge 103d of the third surface plate member 103 forms a groove wall 29a on the near side.

The 3rd surface board material 103 has the surface sheet 200 and the 6th surface board part 141, the 2nd surface board part 142, and the 4th surface board part 146 which were stuck on the surface of the surface sheet 200. FIG.
The fourth surface plate member 105 includes a surface sheet 200 and a seventh surface plate portion 143, a third surface plate portion 144, and a fifth surface plate portion 148 attached to the surface of the surface sheet 200.
The third surface plate member 103 includes a sixth surface plate portion 141, a second surface plate portion 142, and a fourth surface plate portion 146 whose surface plate portions are partitioned by bent grooves formed by V-cut or the like. Composed.
The fourth surface plate member 105 includes a seventh surface plate portion 143, a third surface plate portion 144, and a fifth surface plate portion 148 that have a surface plate portion defined by a bent groove formed by V-cut or the like. Composed.
The surface plate portions constituting the third surface plate material 103 and the fourth surface plate material 105 are, for example, rigid MDF (medium density fiber board: medium density fiber board), PB (particle board), plywood, etc. It is formed by.

In the third surface plate member 103, a first bent groove 150 formed by V-cut or the like is formed at the boundary between the sixth surface plate portion 141 and the second surface plate portion 142.
In the fourth surface plate member 105, a second bent groove 152 formed by V-cut or the like is formed at the boundary between the seventh surface plate portion 143 and the third surface plate portion 144.
That is, the third surface plate member 103 and the fourth surface plate member 105 are prepared as flat plates, and are partitioned by grooves formed by V-cutting or the like, respectively. A face plate portion 143, a second surface plate portion 142, and a third surface plate portion 144 are formed.

A third bent groove 154 formed by V-cut processing or the like is formed at the boundary between the second surface plate portion 142 and the fourth surface plate portion 146 in the third surface plate material 103.
In addition, a fourth bent groove 156 formed by performing V-cut processing or the like is formed at the boundary between the third surface plate portion 144 and the fifth surface plate portion 148 in the fourth surface plate material 105.
The first bent groove 150, the second bent groove 152, the third bent groove 154, and the fourth bent groove 156 are the sticking plate surface 103 b and the sticking plate of the third surface plate material 103 and the fourth surface plate material 105. It is formed by a cutting process such as a V-cut process applied from the surface 105b toward the front plate surface 103a and the front plate surface 105a.

  The surface sheet 200 is formed of a flexible sheet, such as a plastic sheet such as vinyl chloride or olefin, a veneer sheet in which a veneer veneer veneer is attached to the surface of a nonwoven fabric, a resin-impregnated paper, polyethylene, A paper sheet sandwiching a resin layer is used. The top sheet 200 is made of a flexible resin sheet having a printed pattern such as wood grain on its surface. The top sheet 200 is made of a material that can be cut with a circular saw or the like.

The present invention is not limited to the partition shelves in the above embodiment, and can be changed based on the idea of the present invention.
Surface plate portions constituting the first column member 12 and the second column member 14 (first surface plate portion 140, second surface plate portion 142, third surface plate portion 144, fourth surface plate portion 146, and fifth surface plate The thickness of the portion 148) may be changed to make it thinner.
As shown in FIG. 21, the first bent groove 150, the second bent groove 152, the third bent groove 154, and the fourth bent groove 156 are not chamfered structures, but form right-angled corners. The first joining groove 150a and the second joining groove 150b may be constituted by groove walls having a V-shaped cross section, and the angle θ formed by the groove walls may be 45 degrees. The second bent groove 152, the third bent groove 154, and the fourth bent groove 156 are the same as the first bent groove 150.
Further, as shown in FIG. 22, the concave strip portion 28 and the concave strip portion 48 that fit the fitting convex portion 68 and the fitting convex portion 88 are connected to the first columnar core member 100 and the second columnar core member 110. The two side surfaces 126 may be cut out.
The concave stripe portion 28 of the first pillar member 12, the concave stripe portion 48 of the second pillar member 14, and the concave stripe portion 29 of the third pillar member 15 are wires for transmitting power to a lighting fixture or the like attached to the partition shelf 10. It may be used as a space for arranging a cord or the like.

10 partition shelf 12 first pillar member 14 the second column member 15 third pillar member 16 shelf member 16a first shelf member 16b, 16b _1, 16b ₂ second shelf member 18 decorative shelf bracket member 18a first decorative shelf bracket member 18b Second decorative shelf receiving member 20, 21, 40 (column member) front portion 22, 23, 42 (column member) mating surface portion 24, 25, 44 Ceiling fixing portion 26, 27, 46 Ground fixing portion 28, 29, 48 Grooves 28a, 29a, 48a Front side groove walls 28b, 29b, 48b Back side groove walls 30, 31, 50, 70, 90 Back surface parts 32, 52, 72, 92 Side surface parts 60, 80 Front part 62, 82 (of the receiving member) Mating surface part 64, 84 Top side shelf support part 66, 86 Ground side shelf support part 68, 88 Fitting convex part 68a, 88a Front side vertical Surface part 68b, 8 b Vertical surface portion on the other side 100 First columnar core material 102 First surface plate material 102a, 103a, 105a Front plate surface 102b, 103b, 105b Adhering plate surface 103 Third surface plate material 105 Fourth surface plate material 103c, 104a, 105c Long edge 103d, 104b, 105d The other long edge 110 The second columnar core material 112 The second surface plate material 112a The front plate surface 112b The sticking plate surface 114a The one long edge 114b The other long edge 120 The upper surface 122 The lower surface 124 1st side surface 126 2nd side surface 128 Front side 130 Back side 140 1st surface plate part 141 6th surface plate part 142 2nd surface plate part 143 7th surface plate part 144 3rd surface plate part 146 4th surface plate part 148 4th 5 surface plate part 150 1st bending groove 150a, 450a 1st joining groove 150b, 450b 2nd joining groove 1 52 2nd bent groove 154 3rd bent groove 156 4th bent groove 162 1st groove wall 162a, 166a groove edge 164 2nd groove wall 166 3rd groove wall 168 4th groove wall 170 1st chamfering part 180 1st 1 chamfering groove wall 182 2nd chamfering groove wall 184 3rd chamfering groove wall 186 4th chamfering groove wall 188 5th chamfering groove wall 200 Top sheet 300,310 Metal reinforcing material 302,312 First reinforcing portion 304, 314 Second reinforcing portion 306, 316 First corner portion 410 Shelf plate core material 412 Shelf surface plate material 420 Shelf surface sheet 430 Surface plate portion 450 Shelf bent groove 460 Receiving recess 800, 810 Opposed portion 802, 812 Supported portion 804, 814 Shelf member support portion 900 Ceiling surface 902 Floor surface 910 Second fixing portion 912, 922 Fixing member 914, 924 Post attachment plate portion 920 First Fixed portion 950, 952 Joining member 954 Washer 956 Shelf bracket 956a Support portion 956b Receiving portion

Claims (11)

A partition shelf comprising a column member and a shelf member attached to the column member,
The column member includes a front portion extending in the longitudinal direction, a mating surface portion that is formed adjacent to the front portion and is combined with the decorative shelf receiving member, a top fixing portion on the top side in the longitudinal direction, and a ground side in the longitudinal direction. Having a fixed part,
The decorative shelf receiving member attached to the column member includes a front portion extending in the longitudinal direction, a mating surface portion formed adjacent to the front portion and mated with the mating surface portion of the column member, and intersecting the longitudinal direction of the column member. Or a shelf support portion that supports the shelf member extending in the orthogonal direction, and is erected between the shelf member support portion of the ground side shelf member and the supported portion of the top side shelf member. Formed to
The shelf member includes a facing portion that faces the column member, a supported portion that is supported by the shelf support portion of the decorative shelf receiving member, and a shelf member support portion that is formed on the opposite side of the supported portion. Have
Furthermore, it is provided with a connecting portion or a connecting material for connecting the column member and the dressing shelf receiving member by combining the mating surface portion of the pillar member and the matching surface portion of the dressing shelf receiving member,
The decorative shelf receiving member is provided with the connecting portion or a connecting material projectingly fitted into a concave portion formed on the mating surface portion,
When connecting the pillar member and the decorative shelf bracket member, the connecting part or the coupling member is covered by a pillar member and the decorative shelf bracket member, partition shelf. A pair of left and right column members, and a shelf member spanned between the pair of column members,
The shelf member has a facing portion facing the column member abutted to a mating surface portion of the column member,
The partition shelf according to claim 1, wherein a decorative shelf receiving member is vertically suspended between a plurality of shelf members provided with appropriate spaces from the top side to the ground side of the column member.   The said pillar member is formed in the mating surface part in the longitudinal direction, and the concave strip part for accommodating a coupling material and / or a shelf holder, and / or a pillar member fixing tool is Claim 1 or Claim 2. Partition shelf.   4. The decorative shelf receiving member according to any one of claims 1 to 3, wherein a connecting material is provided on the mating surface portion so as to protrude from the mating surface portion of the column member. Partition shelf. The column member and the decorative shelf receiving member are
A columnar body having substantially the same cross-sectional shape,
The partition shelf in any one of Claims 1 thru | or 4 comprised so that an integrated columnar body might be formed when each mating surface part was contacted | connected and connected. The column member and the decorative shelf receiving member are
A planar mating surface portion and a front portion orthogonal to the mating surface portion;
The partition shelf according to any one of claims 1 to 5, wherein when the mating surface portions are brought into contact with each other and connected to each other, the front portions are arranged in parallel and are formed in a planar shape. The shelf member is a prismatic body having a top-side planar article placement surface and a ground-side planar back surface,
Opposing portions orthogonal to each other between the article placement surface and the back surface;
A shelf member support is formed on the surface following the facing portion on the article placement surface,
The partition shelf in any one of Claim 1 thru | or 6 by which the to-be-supported part was formed in the surface following the opposing part in the said back surface. Pasting said post member and the decorative shelf receiving member is on the outer surface of the columnar core, the surface member is bent grooves are formed, in accordance with the corners of the columnar core member is bent in the direction of closing the folding groove The partition shelf according to claim 1, which is worn. The column member is formed by adhering a surface plate material to the outer surface of the columnar core material,
The surface plate is adhered so that the longitudinal edges thereof are opposed to each other at the mating surface portion, and the coupling member and / or the shelf holder and / or the column member fixture is accommodated between the opposed longitudinal edges of the surface plate. The partition shelf in any one of Claim 1 thru | or 8 in which the concave-line part of this was formed.   The columnar material has a metal reinforcing material attached to the outer surface of the wood-based plate-shaped core material, and a surface plate material adhered to cover the outer surfaces of the columnar core material and the metal reinforcing material, The partition shelf in any one of Claim 1 thru | or 9. A partition shelf construction method comprising a column member and a shelf member attached to the column member,
The column member includes a front portion extending in the longitudinal direction, a mating surface portion that is formed adjacent to the front portion and is combined with the decorative shelf receiving member, a top fixing portion on the top side in the longitudinal direction, and a ground side in the longitudinal direction. Having a fixed part,
The decorative shelf receiving member attached to the column member includes a front portion extending in the longitudinal direction, a mating surface portion formed adjacent to the front portion and mated with the mating surface portion of the column member, and intersecting the longitudinal direction of the column member. Or a shelf support portion that supports the shelf member extending in the orthogonal direction, and is erected between the shelf member support portion of the ground side shelf member and the supported portion of the top side shelf member. Formed to
The decorative shelf receiving member is provided with a connecting portion or a connecting material projectingly fitted into a concave portion formed on the mating surface portion,
The shelf member includes a facing portion that faces the column member, a supported portion that is supported by a shelf support portion of the decorative shelf receiving member, and a shelf member support portion that is formed on the opposite side of the supported portion. Have
The column member has one column member and the other column member,
The step of making the one pillar member and the other pillar member face each other with an interval between them, and spanning between the ceiling fixing part on the top side and the ground fixing part on the ground side,
A connecting portion for connecting the column member and the decorative shelf receiving member by aligning the alignment surface portion of the column member and the alignment surface portion of the decorative shelf receiving member along the opposing surfaces of the one column member and the other column member, or A step of attaching a decorative shelf receiving member to one pillar member and the other pillar member from the ground side by means of a connecting material;
A partition shelf including a step of bringing the supported portion of the shelf member into contact with the top side of the decorative shelf receiving member and bringing the facing portion into contact with the opposing surface of the column member and attaching the shelf member to the column member Construction method.

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