JP2020115758A - Shelf for foliage plant - Google Patents

Abstract

To provide a shelf for a foliage plant capable of making a posture of a foliage plant an oblique posture.SOLUTION: A shelf 10 for foliage plant comprises: a shelf board part 20 comprising a mount surface 10a on which a flower pot 51 for a foliage plant 50 is mounted; and a support part 11 for supporting the shelf board part 20. The shelf board part 20 is pivotally supported to the support part 11 in a manner of capable of being tilted so as to take a posture in which the mount surface 10a is tilted to a horizontal plane. The shelf 10 for a foliage plant has a fastener 40 for holding the shelf board part 20 in a posture in which the mount surface 10a is tilted to the horizontal plane, and by the fastener 40, the shelf board part 20 can be held at a plurality of angles at which the flower pot 51 of the foliage plant 50 can be mounted on the mount surface 10a.SELECTED DRAWING: Figure 10

Description

The present invention relates to an ornamental plant shelf for placing pots of ornamental plants.

Conventionally, succulent plants such as cacti have been known as houseplants. These ornamental plants may be cultivated or admired in a state where they are placed in a pot and arranged on a shelf member of a shelf. Examples of the shelves on which the foliage plants are placed include the shelves for plant cultivation disclosed in Patent Document 1. The shelf for cultivating plants of Patent Document 1 has a plurality of shelf members arranged above and below and a pillar member that supports the plurality of shelf members, and a plant is placed on the upper surface of each shelf member. In the shelf for plant cultivation, the plurality of shelf members can take two positions, a developed position in which the upper surface is substantially horizontal and a folding position in which the upper surface is folded along the pillar member.

JP 2012-152175 A

However, in the plant cultivation shelf of Patent Document 1, the pot of the foliage plant can be placed on the shelf member only when the shelf member is in the deployed position, and the pot of the foliage plant can be placed only on the horizontal plane. There's a problem.

An object of the present invention is to provide a shelf for ornamental plants that allows the posture of the ornamental plants to be inclined.

A shelf for foliage plants for solving the above-mentioned problems is a shelf for foliage plants having a shelf board part having a mounting surface on which pots of foliage plants are mounted, and a support part supporting the shelf board part. The shelf part is pivotally supported by the support part so as to be able to assume a posture in which the placing surface is tilted with respect to the horizontal plane, and the shelf for foliage plants is the shelf plate. It is provided with a posture holding unit for holding the posture of the part, and the shelf board is held by the posture holding unit at at least two angles at which the pot of the ornamental plant can be placed on the placing surface. And

In addition, regarding the shelf for ornamental plants, the two angles are a first angle in which the above-described placement surface is a horizontal plane and a first posture in which the pot of the ornamental plant is placed, and the above-described placement surface with respect to the horizontal plane. The second angle may be a second posture in which the pot of the ornamental plant is placed by tilting.

Further, regarding the shelves for ornamental plants, the shelf board portion is a shelf board having a mounting surface, and the supporting board in a posture in which the mounting surface of the shelf board is inclined with respect to the horizontal plane. And a shelf receiving portion pivotally supported by the section.

Further, with regard to the shelves for ornamental plants, the shelf board portion is a plate material different from the shelf board on the front end side of the shelf board, a standing board in which the thickness direction of the board material intersects the thickness direction of the shelf board. You may prepare as.

Further, with respect to the shelf for ornamental plants, the posture holding section may be integrated with the shelf board section.

According to the present invention, the posture of the ornamental plant can be inclined.

The perspective view which shows the shelf for ornamental plants installed in the lattice fence. The disassembled perspective view which shows the shelf for houseplants. (A) is a perspective view showing the fixture for the ornamental plant shelf from the second side, and (b) is a perspective view showing the fixture for the ornamental plant shelf from the first surface side. (A) is a perspective view which shows a shelf board receiving part from a mounting surface, (b) is a perspective view which shows a shelf board receiving part from a shelf board mounting surface side. The perspective view which shows the state which supported the shelf board receiving part by the fixing tool. (A) is a side view showing the shelf for ornamental plants from the second surface side of the fixture, and (b) is a side view showing the shelf for ornamental plants from the first surface side of the fixture. (A) is a partial perspective view showing a state where the connecting projection of the stopper is pulled out from the stop hole, and (b) is a partial perspective view showing a state where the connecting projection of the stopper is fitted into the stop hole. The perspective view which shows the state which installed the shelf for houseplants in the lattice fence. The perspective view which shows the state which adjusted the angle of a shelf board. (A) is a side view showing a first posture, (b) is a side view showing a second posture.

Hereinafter, an embodiment in which the shelf receiving device is embodied will be described with reference to FIGS.
As shown in FIG. 1, the indoor plant shelf 10 is installed on an outdoor lattice fence W as an installation target.

The houseplant shelf 10 includes a support portion 11 fixed to the installation surface Wa of the lattice fence W, and a shelf board portion 20 supported by the support portion 11.
As shown in FIG. 2, FIG. 3( a) or FIG. 3( b ), the support portion 11 is composed of a pair of fixtures 12. Each fixing tool 12 includes a plate-shaped fixing portion 13 fixed to the lattice fence W, and a support plate portion 14 integrated with the fixing portion 13. The fixed portion 13 has a rectangular plate shape. Fixing holes 13a are formed at both ends of the fixing portion 13 in the longitudinal direction. Then, the fixture 12 is fixed to the lattice fence W by screwing the attachment screw 19 inserted into the fixing hole 13 a into the lattice fence W.

The support plate portion 14 includes a first surface 14a on a surface on which the fixing portion 13 projects and a second surface 14b on a side opposite to the first surface 14a. The fixture 12 includes a support shaft 15 that projects in a cylindrical shape from the first surface 14 a of the support plate portion 14.

As shown in FIG. 6B, the support plate portion 14 is provided with an arcuate hole 14c located on the opposite side of the fixed portion 13 with the support shaft 15 interposed therebetween. When the support plate portion 14 is viewed from the first surface 14a side, the arcuate hole 14c extends along an arc of a first virtual circle C1 that is a concentric circle centered on the central axis L of the support shaft 15. The support plate portion 14 is formed with a notch 14d communicating with the upper end of the arcuate hole 14c.

When each fixture 12 is fixed to the installation surface Wa of the lattice fence W with the length of the fixing portion 13 extending in the vertical direction, the upper end of the arcuate hole 14c is located above the central axis L of the support shaft 15. The lower end of the arcuate hole 14c is located below the central axis L of the support shaft 15.

The fixture 12 includes a plurality of stop holes 16 in the support plate portion 14. The plurality of stop holes 16 are located on the opposite side of the fixed portion 13 with the support shaft 15 and the arc-shaped hole 14c interposed therebetween. Each stop hole 16 is recessed in a circular shape from the first surface 14a. When the support plate portion 14 is viewed from the first surface 14a side, the plurality of stop holes 16 are arranged along an arc of a second virtual circle C2 that is a concentric circle centered on the central axis L of the support shaft 15. The second virtual circle C2 has a larger diameter than the first virtual circle C1. The plurality of stop holes 16 are arranged at equal intervals in the circumferential direction of the second virtual circle C2, and are arranged at every 15°.

As shown in FIG. 3A or FIG. 6A, the support plate portion 14 includes the angle indicating portion 17 at a position along the inner peripheral edge of the arcuate hole 14c on the second surface 14b. The angle indicating portion 17 is formed of a plurality of protrusions 17a protruding from the second surface 14b. The plurality of protrusions 17a of the angle indicating portion 17 are arranged at equal intervals along the circumferential direction of the first virtual circle C1, and are arranged at every 15° in this embodiment.

Next, the shelf board portion 20 will be described.
As shown in FIG. 1, the shelf board portion 20 includes a shelf board T1 and a pair of shelf board receiving portions 21 that receive the shelf board T1. In this embodiment, the shelf board T1 is made of one-by-four material (1×4 material) as one-by material. The shelf T1 has a thickness of about 1 inch (about 19 mm) and a width in the width direction of about 4 inches (about 89 mm).

As shown in FIG. 4(a), FIG. 4(b) or FIG. 6(b), the shelf board receiving portion 21 has a rectangular shelf board mounting surface 21a on which the shelf board T1 is mounted. .. The shelf receiving portion 21 includes a rectangular mounting surface 21b on a lower surface parallel to the shelf mounting surface 21a. The shelf receiving portion 21 includes a first holding piece 22 protruding in a plate shape from one end in the longitudinal direction Y on the shelf mounting surface 21a, and a plate from the other end in the longitudinal direction Y on the shelf mounting surface 21a. The second holding piece 23 protruding in a shape is provided. The second holding piece 23 has a bifurcated shape in the lateral direction of the shelf receiving portion 21, and a slit 23b is formed in the center of the second holding piece 23 along the lateral direction of the shelf receiving portion 21. Has been formed.

A direction in which the first holding piece 22 and the second holding piece 23 project from the shelf receiving portion 21 is referred to as a projecting direction H. The protruding direction H is a direction orthogonal to the shelf mounting surface 21 a of the shelf receiving portion 21. The first holding piece 22 and the second holding piece 23 face each other in the longitudinal direction Y of the shelf receiving portion 21. The distance between the facing surfaces of the first holding piece 22 and the second holding piece 23 along the longitudinal direction Y of the shelf board receiving portion 21 is set to be slightly larger than the width of the shelf board T1, and in the present embodiment, 89. It is set to 0.5 mm.

The 1st holding piece 22 equips the front-end|tip of the protrusion direction H with the shelf holding part 22a. The shelf holding portion 22 a projects from the first holding piece 22 toward the second holding piece 23 along the longitudinal direction Y of the shelf receiving portion 21. The interval between the shelf mounting surface 21a and the inner surface of the shelf holding portion 22a along the protruding direction H is set to be slightly larger than the thickness of the shelf T1. The shelf receiving portion 21 is provided with an insertion recess 21d near the first holding piece 22 along the longitudinal direction Y. The insertion recess 21d is recessed closer to the mounting surface 21b than the shelf mounting surface 21a. The second holding piece 23 is provided with a reinforcing rib 23a on a surface facing a vertical plate holding portion 32 described later in the longitudinal direction Y. The reinforcing rib 23a has a shape extending in the protruding direction H.

Then, the shelf T1 is arranged between the first holding piece 22 and the second holding piece 23 in the shelf receiving portion 21, and the shelf T1 is received from below by the shelf mounting surface 21a. When receiving the shelf plate T1 on the shelf plate mounting surface 21a, the insertion recess 21d facilitates insertion of the shelf plate T1 between the shelf plate holding portion 22a and the shelf plate receiving portion 21. Further, the shelf plate T1 is sandwiched and held from both sides in the width direction by the first holding piece 22 and the second holding piece 23. Further, the shelf T1 is sandwiched and held by the shelf receiving portion 21 and the shelf holding portion 22a from both sides in the thickness direction.

As shown in FIG. 4A or FIG. 4B, the shelf receiving portion 21 has a plurality of through holes 21c penetrating in the thickness direction. In this embodiment, the shelf receiving portion 21 includes two through holes 21c. The through hole 21c is formed near one end of the shelf receiving portion 21 in the lateral direction. A fixing member (not shown) for fixing the shelf T1 to the shelf receiving portion 21 can be inserted into each through hole 21c.

The shelf receiving portion 21 includes a thin portion 24 on the other end side in the longitudinal direction Y. The thin portion 24 is formed by recessing the shelf receiving portion 21 from the mounting surface 21b, so that the thickness of the shelf receiving portion 21 is made thinner than the portion other than the thin portion 24. Therefore, by using the thin portion 24, the shelf receiving portion 21 can be easily divided. The thin portion 24 is formed at a position slightly closer to the first holding piece 22 than the second holding piece 23 along the longitudinal direction Y. Further, the thin portion 24 is formed over substantially the entire width direction of the shelf receiving portion 21.

The shelf receiving portion 21 includes a mounting portion 25 that projects from the mounting surface 21b. The mounting portion 25 has a cylindrical shape. The central axis L2 of the cylinder of the mounting portion 25 extends in the lateral direction of the shelf receiving portion 21. Then, the support shaft 15 of the fixture 12 can be fitted into the attachment portion 25, and the support shaft 15 is inserted into the attachment portion 25 so that the shelf receiving portion 21 is pivotally supported by the fixture 12. It is like this. The mounting portion 25 is arranged near the other end of the shelf receiving portion 21 in the lateral direction, and is arranged at a position not overlapping the through hole 21c. The mounting portion 25 is arranged near one end of the shelf receiving portion 21 in the longitudinal direction Y, and is arranged on the opposite side of the first holding piece 22 with the shelf receiving portion 21 interposed therebetween.

The shelf receiving portion 21 includes a connecting portion 27 on the other end side in the longitudinal direction Y. The connecting portion 27 projects from the mounting surface 21b of the shelf receiving portion 21. The connecting portion 27 has a U-shape when the shelf receiving portion 21 is viewed from the mounting surface 21b. The connecting portion 27 includes a pair of rails 28 facing each other in the longitudinal direction Y. The pair of rails 28 define a gap between each of the rails 28 and the mounting surface 21b of the shelf receiving portion 21. Then, as shown in FIG. 7A or FIG. 7B, a stopper 40 is connected to the connecting portion 27. By connecting the stopper 40 to the connecting portion 27, the stopper 40 is integrated with the shelf receiving portion 21 of the shelf portion 20.

Here, the stopper 40 will be described. The stopper 40 is made of resin. The stopper 40 includes a rectangular parallelepiped main body 41 and a pair of operation pieces 42 that sandwich the main body 41 from both sides in the lateral direction. As shown in FIG. 2, the stopper 40 includes a connecting protrusion 43 protruding from one end face in the longitudinal direction of the main body 41, and the connecting protrusion 43 can be inserted into the stopper hole 16 of the fixture 12. ..

The pair of operation pieces 42 is extended from a lower end edge of the main body 41 extending in the longitudinal direction. In each operation piece 42, the tip in the extending direction from the lower end edge of the main body 41 reaches the upper end surface of the main body 41. A hooking piece 42a is provided at the tip of each operation piece 42 in the extending direction so as to project toward the outside of each operation piece 42. Each operation piece 42 is provided in a state having a space S between both end surfaces of the main body 41 in the lateral direction. Then, each operation piece 42 is elastically deformable in the direction of approaching the main body 41 by utilizing the space S. When the operation piece 42 is elastically deformed, the hooking piece 42a can be brought closer to the main body 41 along the lateral direction of the main body 41.

As shown in FIG. 7( a) or FIG. 7( b ), the pair of operation pieces 42 are elastically deformed so as to approach the main body 41, and each hooking piece 42 a is connected to the rail 28 and the mounting surface 21 b of the connecting portion 27. Insert between Then, when the elastic deformation of the operation piece 42 is released, the locking piece 42a enters between the rail 28 and the mounting surface 21b by the restoring force of the operation piece 42 to the original shape, and each operation piece 42 is attached to each rail 28. Pressure contact. Then, the movement of the stopper 40 with respect to the connecting portion 27 is suppressed, and the stopper 40 is integrated with the shelf receiving portion 21.

Further, the stopper 40 can be moved along the rail 28 by elastically deforming the pair of operation pieces 42 so as to approach the main body 41 and releasing the pressure contact of each operation piece 42 with respect to each rail 28. Therefore, the stopper 40 is provided so as to be movable with respect to the shelf board receiving portion 21 while being integrated with the shelf board receiving portion 21.

Then, the stopper 40 is integrated with the shelf receiving portion 21, so that the shelf receiving portion 21 is in a state of integrally including the connecting protrusion 43. By inserting the connecting projection 43 integrated with the shelf board receiving portion 21 into the fixing hole 16 of the fixture 12, the rotation of the shelf board receiving portion 21 around the support shaft 15 is regulated. The shelf receiving portion 21 can be held in a tilted posture. On the other hand, by changing the stop hole 16 into which the connecting protrusion 43 is inserted, the inclination of the shelf mounting surface 21a in which the inclination is held can be changed or can be made horizontal. That is, by changing the stop hole 16 into which the connecting protrusion 43 is fitted, the upper surface of the shelf T1 placed on the shelf placing surface 21a of the shelf receiving portion 21 can be held on a horizontal plane or can be kept horizontal. Can be held in a tilted position. Therefore, the shelf board receiving portion 21 is pivotally supported by the support portion 11 in a posture in which the placing surface 10a of the shelf board T1 placed on the shelf board receiving portion 21 is inclined with respect to the horizontal plane. Then, by changing the stop hole 16 into which the connecting protrusion 43 is inserted, the shelf board portion 20 is held at a plurality of angles. Therefore, the stopper 40 constitutes a posture holding portion that holds the posture of the shelf board portion 20.

As shown in FIG. 4A, the shelf receiving portion 21 includes a guide protrusion 26 that protrudes from one long edge portion. The central axis of the guide protrusion 26 extends in the lateral direction of the shelf receiving portion 21. From the outer peripheral surface of the projecting end of the guide projection 26, a pointing projection 26a is projected. The pointing protrusion 26a is gradually narrowed toward the tip in the protruding direction from the outer peripheral surface of the guide protrusion 26.

The guide protrusion 26 is inserted into the arc-shaped hole 14c of the fixture 12 from the first surface 14a side. When inserting the guide protrusion 26 into the arcuate hole 14c, first, the pointing protrusion 26a is moved from the first surface 14a side through the notch 14d and is positioned on the second surface 14b side.

The shelf board receiving portion 21 includes a standing plate receiving portion 30 on the tip side of the thin portion 24 along the longitudinal direction Y. When the shelf board receiving portion 21 is pivotally supported by the fixture 12, the standing board receiving portion 30 is located on the front side of the installation surface Wa of the lattice fence W. It is provided on the front end side of the plate receiving portion 21.

As shown in FIG. 6( a) or FIG. 6( b ), the standing plate receiving portion 30 has an L shape in a side view when the shelf receiving portion 21 is viewed from one end side in the lateral direction thereof. The standing plate receiving portion 30 has a rectangular standing plate mounting surface 31a on which the standing plate T2 is mounted. The length of the standing plate mounting surface 31a extends in the lateral direction of the shelf receiving portion 21, and the width of the standing plate mounting surface 31a extends in the longitudinal direction of the shelf receiving portion 21.

The standing plate receiving portion 30 includes a standing plate holding portion 32 that projects in a rectangular plate shape along the projecting direction H from the standing plate mounting surface 31a. The standing plate holding portion 32 faces the second holding piece 23 in the lateral direction of the standing plate receiving portion 30 (longitudinal direction Y of the shelf receiving portion 21). The distance between the reinforcing rib 23a of the second holding piece 23 and the facing surface of the standing plate holding portion 32 along the longitudinal direction Y of the shelf receiving portion 21 is set to be slightly smaller than the thickness of the standing plate T2.

Then, the standing plate T2 is arranged between the second holding piece 23 and the standing plate holding portion 32, and the standing plate T2 is received from below by the standing plate mounting surface 31a. The standing ribs T2 are sandwiched and held by the reinforcing ribs 23a of the second holding pieces 23 and the standing plate holding portions 32 from both sides in the thickness direction.

In the state where the standing plate T2 is held by the standing plate holding portion 32, the thickness direction of the standing plate T2 is orthogonal to the thickness direction of the shelf plate T1 held by the shelf plate receiving portion 21. Therefore, the standing plate T2 is in a state of protruding above the upper surface of the shelf plate T1. Therefore, when the shelf board receiving portion 21 is viewed from one end side in the lateral direction, the shelf board T1 and the standing board T2 are L-shaped.

As shown in FIGS. 4A and 4B, the standing plate receiving portion 30 includes an insertion hole 32 a on the outer end surface of the standing plate holding portion 32. The insertion hole 32a is provided at the center of the standing plate holding portion 32 in the protruding direction H. A straight line that passes through the center point of the insertion hole 32a and is parallel to the longitudinal direction Y intersects with the first holding piece 22 near the center of the first holding piece 22 in the protruding direction H. Therefore, when the insertion hole 32a is projected on the first holding piece 22 along the longitudinal direction Y, the insertion hole 32a is positioned so that the projected insertion hole 32a is located at the center of the protruding direction H of the first holding piece 22. Are provided on the second holding piece 23.

While the pair of shelf board receiving portions 21 are supported by the supporting portion 11, the shelf board T1 is placed on the shelf board receiving portions 21, and the shelf board portion 20 is supported by the supporting portion 11, the standing board receiving portion 21 is supported. Since the portion 30 is located on the front side of the installation surface Wa of the lattice fence W, the outer end surface of the standing plate holding portion 32 is the front end surface. The fixing member 18 for fixing the standing plate T2 to the standing plate receiving portion 30 can be inserted into the insertion hole 32a. The fixing member 18 is a screw.

Then, as shown in FIG. 5 or FIG. 6B, the shelf receiving portion 21 having the above configuration is pivotally supported by each fixture 12 by inserting the support shaft 15 of the fixture 12 into the mounting portion 25. ing. Further, the connecting projection 43 of the stopper 40 integrated with the shelf receiving portion 21 is fitted into the stopper hole 16 of the fixing tool 12, so that the shelf receiving portion 21 with the support shaft 15 as the rotation center. Rotation is restricted. The guide protrusion 26 of the shelf receiving portion 21 is inserted into the arc-shaped hole 14c.

As shown in FIG. 1, in the houseplant shelf 10, the shelf T1 is held by the pair of shelf receiving portions 21 whose rotation is restricted, and the standing plate holding portion 32 of the shelf receiving portion 21 stands. The plate T2 is held, and the attitude of the shelf T1 is held. The shelf board part 21, the shelf board T1, and the standing board T2 constitute the shelf board part 20, and the upper surface of the shelf board T1 of the shelf board part 20 forms the placement surface 10a of the pot 51 of the foliage plant 50. To be done.

As shown in FIG. 6B, when the connecting protrusion 43 is inserted into the third stop hole 16 from the top, the attitude of the shelf board portion 20 is maintained so that the mounting surface 10a becomes a horizontal surface. In the shelf board portion 20, if the posture in which the placing surface 10a of the shelf plate T1 is a horizontal plane is a first posture F1 and the posture in which the placing surface 10a of the shelf plate T1 is inclined with respect to a horizontal plane is a second posture F2, they are connected. By inserting the protrusion 43 into the stop hole 16, the shelf part 20 is held in the first posture F1 or the second posture F2. The angle of the shelf board portion 20 when the first posture F1 is taken is the first angle, and the angle of the shelf board portion 20 when the second posture F2 is taken is the second angle. In the present embodiment, the second posture F2 can be set at five angles with respect to the horizontal plane, and there are five second angles.

Next, a method of installing the shelf 10 for ornamental plants and the operation of the shelf 10 for ornamental plants will be described.
First, the longitudinal direction of the fixing portions 13 of the pair of fixing tools 12 is set to extend in the vertical direction, and the fixing tools 12 are arranged on the installation surface Wa so that the upper end surfaces of the pair of fixing tools 12 have the same height.

As shown in FIG. 8, the mounting screw 19 inserted into the fixing hole 13 a of each fixing tool 12 is screwed into the lattice fence W. At this time, the distance between the first surfaces 14a of the pair of fixtures 12 is set to be slightly longer than the length of the shelf T1 in the longitudinal direction.

Next, with respect to each fixture 12, the support shaft 15 of the fixture 12 is fitted into the mounting portion 25 of the shelf board receiving portion 21 so that each fixture 12 supports the shelf receiving portion 21, and the guide protrusion 26 is provided. Is inserted into the arcuate hole 14c. Then, the connecting projection 43 of the stopper 40 connected to the shelf receiving portion 21 is inserted into the stop hole 16 of the fixing tool 12, and the rotation of the shelf receiving portion 21 around the support shaft 15 is regulated. It will be in the state where it did. The position of the stop hole 16 into which the connecting protrusion 43 is inserted determines whether the upper surface of the shelf T1 received by the shelf receiving portion 21 is a horizontal surface or an inclined surface. When the upper surface of the shelf board T1, that is, the mounting surface 10a is a horizontal surface, the connecting protrusion 43 is inserted into the third stop hole 16 from the top. When the upper surface of the shelf board T1 is an inclined surface with respect to the horizontal plane, the connecting projection 43 is inserted into any one of the stop holes 16 other than the third stop hole 16 from the top.

Next, the shelf plate T1 is rotated toward the shelf plate mounting surface 21a while inserting the lateral end of the shelf plate T1 into the insertion recess 21d of each shelf plate receiving portion 21, and the shelf plate mounting surface 21a is rotated. Each end of the shelf board T1 in the longitudinal direction is placed on 21a, and the shelf board receiving portion 21 receives the shelf board T1. Then, the shelf plate T1 is sandwiched and held from both sides in the width direction by the first holding piece 22 and the second holding piece 23, and the shelf plate T1 is sandwiched from both sides in the thickness direction by the shelf plate holding portion 22a and the shelf plate receiving portion 21. Hold in. Then, the fixing member inserted into the through hole 21c of the shelf board receiving portion 21 is screwed into the shelf board T1 to fix the shelf board T1 to the shelf board receiving portion 21.

Next, one end face of the standing plate T2 in the width direction is placed on the standing plate mounting surface 31a of the standing plate receiving portion 30, and the standing rib T2 is fixed by the reinforcing ribs 23a of the second holding piece 23 and the standing plate holding portion 32. Hold it from both sides in the thickness direction. Next, the fixing member 18 is inserted into the insertion hole 32a from the front end surface of the standing plate holding portion 32, and the fixing member 18 is screwed toward the standing plate T2. Then, the fixing member 18 passes through the slit 23b of the bifurcated second holding piece 23 after passing through the standing plate T2, and is screwed into the shelf plate T1 fixed to the shelf plate receiving portion 21. That is, the insertion hole 32a allows the fixing member 18 to face the standing plate T2. The fixing member 18 facing the standing plate T2 through the insertion hole 32a is guided toward the shelf plate T1 held by the shelf plate holding portion 22a and the shelf plate receiving portion 21. The insertion hole 32 a is located at the center of the protruding direction H of the first holding piece 22 when projected onto the first holding piece 22. Therefore, the fixing member 18 is guided by the insertion hole 32a toward the center of the shelf T1 in the thickness direction, and is screwed into the center of the shelf T1 in the thickness direction as it is.

Then, as shown in FIG. 10A, when the standing plate T2 is fixed to the shelf plate T1, the standing plate T2 is erected on the front end side of the shelf plate T1, and the shelf plate portion 20 is supported by the support shaft 15. It is tiltably supported. A shelf board portion 20 having a shelf board receiving portion 21, a shelf board T1, and a standing board T2 is configured. At the same time, the shelf 10 for the ornamental plant, which is composed of the shelf board portion 20 and the support portion 11 including the pair of fixtures 12, is completed. That is, the ornamental plant shelf 10 is installed on the lattice fence W. The shelf portion 20 is held by the stopper 40 in the first posture F1 in which the mounting surface 10a of the shelf plate T1 is a horizontal plane.

In the shelf 10 for ornamental plants, the thickness direction of the standing plate T2 is orthogonal to the thickness direction of the shelf plate T1, and when the shelf plate T1 is viewed from one end side in the longitudinal direction, the shelf plate T1 and the standing plate T2. Is L-shaped. By erecting the standing plate T2 on the front end side of the shelf plate T1, the standing plate T2 restricts the fall of the foliage plant 50 from the shelf plate T1. Then, the pots 51 of the foliage plants 50 are placed side by side on the placing surface 10a of the shelf board T1.

By the way, when the upper surface of the shelf T1 is changed from a horizontal surface to an inclined surface in order to enjoy the ornamental plants 50 placed on the shelf T1, first, a pair of operation pieces 42 of the stopper 40 are picked with fingers. The pair of operation pieces 42 is elastically deformed and brought closer to the main body 41. Then, each hooking piece 42a comes out between the rail 28 and the mounting surface 21b, and the operation piece 42 is not pressed against each rail 28. In this state, the stopper 40 is slid in a direction away from the fixture 12, and the connecting protrusion 43 is pulled out from the stopper hole 16 as shown in FIG. 7A.

Next, each shelf receiving portion 21 is rotated around the support shaft 15 as a rotation center, and the mounting surface 10a of the shelf T1 in the shelf portion 20 is inclined downward toward the standing plate T2, or the standing plate T2. Be sure to incline upwards toward. In this embodiment, the shelf board T1 is inclined downward. At this time, the projection 17a of the angle indicating portion 17 to which the pointing protrusion 26a of the shelf receiving portion 21 faces is visually confirmed to confirm the tilt angle of the shelf mounting surface 21a, that is, the tilt angle of the upper surface of the shelf T1. ..

Then, at the position where the inclination of the shelf T1 is at a desired angle, the operation piece 42 of the stopper 40 is again pinched by the finger to elastically deform the pair of operation pieces 42. After that, the stopper 40 is slid toward the fixture 12, the connecting protrusion 43 is fitted into the stopper hole 16, and the rotation of the shelf receiving portion 21 is restricted. Then, as shown in FIGS. 9 and 10B, the mounting surface 10a of the shelf board T1 becomes an inclined surface inclined with respect to the horizontal plane, and the shelf board portion 20 is held in the second posture F2 by the stopper 40. ..

As a result, the front end of the shelf board T1 is located below the rear end, but the standing board T2 is located in front of the shelf board T1. Therefore, the side surface of the pot 51 of the foliage plant 50 placed on the shelf T1 comes into contact with the standing plate T2, and the fall of the foliage plant 50 is restricted.

According to the above embodiment, the following effects can be obtained.
(1) In the shelf 10 for ornamental plants in which the shelf board 20 is tiltably supported by the support portion 11, the connecting projection 43 integrated with the shelf board 20 is fitted into the fixing hole 16 of the fixture 12. Thereby, the rotation of the shelf board portion 20 can be restricted and the posture of the shelf board portion 20 can be maintained. Then, by adjusting the position of the stop hole 16 into which the connecting protrusion 43 is fitted, the mounting surface 10a can be held in a posture in which it is inclined with respect to the horizontal plane. Therefore, the ornamental plant 50 can be viewed with the posture thereof inclined. In particular, when observing the foliage plants 50 arranged on the shelf T1 from the side, the foliage plants 50 can be arranged nicely by selecting an angle at which the upper surface of the foliage plant 50 is easy to see. In addition, since the foliage plant 50 grows in the direction of sunlight, the foliage plant 50 grows straight toward the sunlight by adjusting the angle of the mounting surface 10a so as to be orthogonal to the angle at which the sunlight enters. And can look good.

(2) The shelf board portion 20 has a first posture F1 in which the mounting surface 10a is a horizontal plane by fitting and inserting the connecting projection 43 integrated with the shelf board portion 20 into the retaining hole 16 of the fixture 12. It can be held in the second posture F2 other than the horizontal plane. By setting the first posture F1 when supplying water, the soil in the pot 51 can be prevented from flowing due to an inclination. On the other hand, at the time of viewing, setting the second posture F2 allows viewing from the upper surface side of the ornamental plant 50.

(3) The shelf board section 20 has a structure in which the shelf board receiving section 21 holds the shelf board T1. Therefore, the shelf board T1 can be attached to and detached from the shelf board receiving portion 21. Therefore, when the shelf board T1 is deteriorated, the shelf board T1 can be replaced.

(4) The shelf board section 20 includes the standing board receiving section 30 on the front end side of the shelf board receiving section 21, and the shelf board receiving section 21 that holds the shelf board T1 can also hold the standing board T2. Therefore, the standing plate T2 can be held in a state where the thickness direction of the standing plate T2 is orthogonal to the thickness direction of the shelf plate T1, and the standing plate T2 prevents the foliage plant 50 from falling from the front end of the shelf plate T1. it can. In particular, even when the shelf T1 is inclined downward toward the front end, the standing plate T2 can support the side surface of the pot 51 to prevent the ornamental plant 50 from falling. Further, since the shelf board portion 20 includes the standing board receiving portion 30, the work of installing the standing board T2, in particular, the operation of fixing the standing board T2 and the shelf board T1 with the fixing member 18 becomes very easy. Installation of T2 becomes easy.

(5) The ornamental plant shelf 10 includes the guide protrusion 26 inserted into the arcuate hole 14c of the fixture 12, and the instruction protrusion 26a provided at the tip of the guide protrusion 26. The fixture 12 also includes an angle indicating portion 17 provided on the second surface 14b of the support plate portion 14. Then, in accordance with the change of the stop hole 16 into which the connecting projection 43 integrated with the shelf board portion 20 is changed, the angle indicating portion 17 facing the indicating protrusion 26a is changed. Therefore, the angle of the mounting surface 10a with respect to the lattice fence W can be easily visually recognized by the pointing protrusion 26a.

(6) The stopper 40 includes a pair of operation pieces 42, and the pair of operation pieces 42 is elastically deformable. By pressing the elastically deformed operation piece 42 against each rail 28 of the shelf board receiving portion 21, the stopper 40 can be integrated with the shelf board receiving portion 21, and by elastically deforming the operation piece 42, The stopper 40 can be moved with respect to the shelf receiving portion 21. That is, the posture of the shelf board 20 can be changed and the posture can be maintained while the stopper 40 is integrated with the shelf receiving portion 21 of the shelf board 20, and the operability of the shelf 10 for ornamental plants is improved. Further, by operating the stopper 40, it is possible to change the fitting and inserting position of the connecting projection 43 into the plurality of stopper holes 16, and it becomes easy to adjust the inclination of the mounting surface 10a.

(7) The shelf T1 is held by the first holding piece 22 and the second holding piece 23 of the shelf receiving portion 21, and the standing plate T2 is held by the second holding piece 23 and the standing plate holding portion 32. Therefore, the second holding piece 23 is interposed between the shelf plate T1 and the standing plate T2. Therefore, a gap corresponding to the thickness of the second holding piece 23 is formed between the shelf T1 and the standing plate T2 held by the pair of shelf receiving portions 21. Therefore, when water is supplied to the foliage plant 50, the water leaking from the pot 51 can be discharged to the lower side of the foliage plant shelf 10 through the gap between the shelf plate T1 and the standing plate T2.

The present embodiment can be modified and implemented as follows. The present embodiment and the following modified examples can be implemented in combination with each other within a technically consistent range.
○ When the thin plate portion 24 is used to remove the standing plate receiving portion 30 including the second holding piece 23 and the shelf plate T1 having a width larger than the one-by-four material is supported by the shelf plate receiving portion 21, The standing plate T2 is sandwiched by the standing plate holding portion 32 of the standing plate receiving portion 30 and the second holding piece 23 from both sides in the thickness direction. Then, the fixing member 18 inserted into the insertion hole 32a of the individual standing plate receiving portion 30 may be passed through the standing plate T2 and screwed into the shelf plate T1.

The number of the stop holes 16 may be two. In this case, when the connecting projection 43 is fitted into one of the stop holes 16, the attitude of the shelf plate portion 20 is maintained so that the mounting surface 10a is in the first attitude F1 that is a horizontal plane, and the other stop hole 16 is held. The attitude of the shelf board portion 20 may be maintained such that the mounting surface 10a is in the second attitude F2 in which the mounting surface 10a is inclined with respect to the horizontal plane when the connecting protrusion 43 is fitted in. Alternatively, even if the connecting projection 43 is inserted into any of the stop holes 16, the posture of the shelf board portion 20 may be maintained such that the mounting surface 10a is inclined with respect to the horizontal plane.

○ The number of the stop holes 16 may be changed.
In the shelf board portion 20, the shelf board T1 and the shelf board receiving portion 21 may be fixed, and the shelf board T1 may not be detachable from the shelf board receiving portion 21.

The shelf receiving part 21 may not be provided with the standing plate receiving part 30, and the shelf plate part 20 may not have the standing plate T2.
The shelf 10 for ornamental plants may be installed by fixing the support portion 11 to the installation surface Wa of the lattice fence W after the support portion 11 and the shelf board portion 20 are integrally assembled.

In the embodiment, the shelf 10 for ornamental plants includes a support portion 11 configured by a pair of fixtures 12, and a shelf board portion 20 configured by a pair of shelf board receiving portions 21 and a shelf board T1. However, it is not limited to this. The ornamental plant shelf 10 may be composed of a support portion configured by one fixture 12 and a shelf plate portion configured by one shelf receiving portion 21 and the shelf T1. In short, the ornamental plant shelf 10 is composed of one fixture 12, one shelf receiving portion 21 pivotally supported by the fixture 12, and a shelf T1 received by the shelf receiving portion 21. You may.

A shelf bracket is configured by one fixture 12 and one shelf receiving part 21 supported by this fixture 12, and one shelf is formed by the shelf receiving part 21 of this shelf bracket. You may make it support T1. In this shelf bracket, the shelf receiving portion 21 is rotatable with respect to the fixture 12, and the rotation is restricted by the stopper 40. Then, the fixture 12 of the shelf bracket may be fixed to the installation target such as the lattice fence W and the shelf T1 may be supported by the shelf bracket. With this configuration, if the shelf board T1 is deteriorated, the shelf board T1 can be replaced.

The number of shelf board receiving portions 21 forming the shelf board portion 20 of the shelf 10 for ornamental plants may be one.
The thin portion 24 for facilitating the removal of the standing plate receiving portion 30 from the shelf receiving portion 21 may be omitted.

The space between the facing surfaces of the second holding piece 23 and the standing plate holding portion 32 in the standing plate receiving portion 30 is appropriately changed so that the plate material received by the shelf plate receiving portion 21 and the plate material received by the standing plate receiving portion 30. May be plate materials having different thicknesses.

The space between the facing surfaces of the first holding piece 22 and the second holding piece 23 in the shelf receiving portion 21 may be changed appropriately.
The through hole 21c in the shelf receiving portion 21 may be omitted. In this case, the shelf T1 supported by the shelf receiving portion 21 is not fixed by the fixing member 18.

The angle indicator 17 of the fixture 12 and the indicator protrusion 26a of the guide protrusion 26 may be omitted.
The guide of the fixing member 18 may be a mark provided on the front end face of the standing plate holding portion 32 or a recess not penetrating the standing plate holding portion 32 instead of the insertion hole 32a penetrating the standing plate holding portion 32. Good.

The position of the insertion hole 32a may be a position that guides the fixing member 18 to a position displaced from the center of the shelf T1 in the thickness direction.
The intervals at which the angle indicating portion 17 and the plurality of stop holes 16 are provided may be other than 15°.

The target of installation of the shelf 10 for ornamental plants may be other than the outdoor lattice fence W, and may be an outdoor wall board, a plaster board, a pergola, a wooden frame, a pillar, or an indoor wall surface or pillar. May be.

F1... 1st posture, F2... 2nd posture, T1... shelf board, T2... standing board, 10... foliage plant shelf, 10a... mounting surface, 11... support part, 20... shelf board part, 21... shelf board Receiving part, 40... Stoppers constituting the posture maintaining part, 50... Ornamental plants, 51... Pots.

Claims (5)

A shelf board part having a mounting surface on which pots of foliage plants are mounted,
A shelf for foliage plants having a support section for supporting the shelf board section,
The shelf portion is pivotally supported by the support portion so that the shelf surface can take a posture in which the mounting surface is inclined with respect to a horizontal plane.
The ornamental plant shelf comprises a posture holding unit for holding the posture of the shelf board section,
The said shelf board part is hold|maintained by the said attitude|position holding|maintenance part in the at least 2 angle which can put the pot of the said ornamental plant on the said mounting surface, The shelf for ornamental plants characterized by the above-mentioned. The two angles are a first angle in which the placement surface is a horizontal plane and a first posture in which the pot of the ornamental plant is placed, and a pot of the ornamental plant in which the placement surface is inclined with respect to the horizontal plane. The shelf for ornamental plants according to claim 1, wherein the shelf has a second angle at which the is placed. The shelf plate portion includes a shelf plate having the above-described mounting surface, and a shelf plate that receives the shelf plate and is pivotally supported by the support portion in a posture in which the mounting surface of the shelf plate is inclined with respect to the horizontal plane. The shelf for ornamental plants according to claim 1 or 2, further comprising a receiving part. The said shelf board part equips the front end side with respect to the said shelf board with the board material different from the said shelf board as a standing board whose thickness direction of the said board material intersects the thickness direction of the said shelf board. Shelf for ornamental plants. The said attitude|position holding|maintenance part is a shelf for houseplants as described in any one of Claims 1-4 integrated with the said shelf board part.