JPH0893A - Stand for hung planting pot - Google Patents

Abstract

PURPOSE:To provide a stand for hung planting pots, having a simple structure, being lightweight, capable of readily carrying, further having good beauty, capable of readily carrying out hanging down a removal of hung planting pots and readily handleable, having good stability in hanging down the hung planting pots, free from fear causing separation of the struts, even if a hanging string for hung planting pots is removed and capable of simply and rapidly carrying out detaching operation of hung planting pots. CONSTITUTION:This stand 1 for hung planting pots is composed of a pedestal 2, plural struts 3 and retaining member 90, and the each strut 3 has a leg part 3a at one end and a hook part 3b at the other end, respectively and a leg part 3a of each strut 3 is attached to the pedestal 2 and a hook part 3b of each strut 3 is opposed to each other and the opposed hook parts 3b are retained by a retaining member 90 and a hanging string 6 for hung planting pots 5 is fixed to the hook parts 3b retained by the retaining member 90 to enable hanging down of the planting pots 5.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hanging flower pot stand, and more particularly to a hanging flower pot stand for hanging a hanging flower pot with a hanging string.

[0002]

2. Description of the Related Art A flower pot is used, for example, for cultivating a foliage plant, and there is a hanging type flower pot. As such a hanging flower pot, for example, there is one in which a hanger is attached to a wall, a pillar, or the like and is hung on the hanger.

[0003]

If there is a dedicated hanging flower pot stand in addition to the hanger for hanging such hanging flower pot, the degree of freedom of the place for placing the hanging flower pot is further increased. It becomes possible to place it indoors.
For this purpose, the hanging flower pot stand is required to be lightweight, easy to carry, and have a good appearance.

In addition, when changing the place where the hanging flower pot is placed, it is necessary to remove the hanging flower pot from the hanging flower pot stand, so that the hanging flower pot can be easily hung and removed, and the hanging flower pot can be easily hung. Good stability is required when lowered.

For this reason, the applicant has previously proposed that the pedestal and the
It consists of multiple stanchions. This stanchion has legs at one end and hooks at the other end. The legs of each stanchion are attached to a pedestal, the hooks of each stanchion are made to face each other, and the hanging pot is hung on the hook. I have proposed that the hanging string can be hung by locking the hanging string, but if this hook part can be held in advance, there is no fear that the pillar will fall apart even if the hanging string of the hanging flower pot is removed, The desorption work can be performed easily and quickly.

The present invention has been made in view of the above circumstances, has a simple structure, is lightweight and easy to carry, has a good appearance, and is easy to hang and remove the hanging flower pot and easy to handle. In addition, the hanging flower pot has good stability, and even if the hanging string of the hanging flower pot is removed, there is no danger of the pillars falling apart, and the hanging flower pot can be easily and quickly installed and removed. The purpose is to provide a stand for a hanging flower pot that can be used.

[0007]

In order to solve the above-mentioned problems, the hanging flowerpot stand according to the invention of claim 1 is
A pedestal, a plurality of stanchions, and a holding member. The stanchion has a leg portion at one end and a hook portion at the other end. The leg portion of each stanchion is attached to the pedestal, and the hook portion of each stanchion is attached. Are opposed to each other, and the opposed hook portions are held by the holding member, and the hanging portion of the hanging flower pot is locked by the hook portion held by the holding member so that the hanging portion can be hung.

According to a second aspect of the invention, in the holding member,
It is characterized in that the same number of grooves as the number of the columns are provided radially from the upper and lower central axes in a plan view.

According to a third aspect of the present invention, the groove of the holding member has a shape that follows the curve of the hook portion of the column, and the center of the curve is substantially the center of the upper and lower sides of the holding member. It is characterized in that the center of the holding member is constricted.

[0010]

According to the first aspect of the present invention, the legs of the columns of the hanging flower pot stand are attached to the pedestal, the hooks of the columns are opposed to each other, and the opposing hooks are held by a holding member. The hanging hook of the hanging flowerpot is locked to the held hook portion to suspend the hanging flowerpot.

As described above, the hanging flower pot stand is composed of a pedestal and a plurality of columns, has a simple structure, is lightweight, and is easy to carry.

Further, when suspending the hanging flower pot, since the hook portions of the respective columns are opposed to each other and the opposed hook portions are held by the holding member, the hanging string of the hanging flower pot can be easily locked. It is easy to hang and remove the hanging flower pot and easy to handle.

Further, even if the hanging string of the hanging flower pot is removed, there is no fear that the supporting columns will fall apart, and the work of attaching and detaching the hanging flower pot can be carried out easily and quickly.

Further, when the hanging flower pot is hung and a load is applied to the supporting pillar, the supporting pillar is bent and exhibits a curvaceous appearance, so that the appearance is good.

According to the second aspect of the present invention, the holding member is provided with the same number of grooves as the number of columns in a radial shape in plan view from the upper and lower central axes, and the load of the hanging flowerpot is mediated by the hanging string. And when it acts to gather the hooks of the columns together,
By this force, the hook portion is securely fitted into the groove of the holding member, and the hanging flower pot can be surely hung.

According to the third aspect of the present invention, the groove of the holding member is shaped to follow the curve of the hook portion of the supporting column, and the center of the curve is substantially at the upper and lower centers of the holding member. Since the center of the is constricted, the load of the hanging flower pot,
The hanging strings act to gather the hooks of the columns together, with the constricted part in the center as the boundary, on the upper side,
The upward force acts on the lower side, and the downward force acts on the lower side, resulting in good stability when suspending the hanging flower pot.

[0017]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment of the hanging flower pot stand of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a side view showing a state in which the hanging flower pot is hung on the hanging flower pot stand, FIG. 2 is a plan view of the hanging flower pot stand, and FIG. 3 is a sectional view taken along line III--III of FIG. Four
Is a vertical cross-sectional view of the hook portion of the column, FIG. 5 is a cross-sectional view taken along the line VV of FIG. 4, and FIG. 6 is a cross-sectional view of a hanging flower pot containing culture soil.

This hanging flower pot stand 1 comprises a pedestal 2 and
It is composed of three columns 3 and one holding member 90. The pedestal 2 is formed of cast iron into a substantially triangular plate shape,
A concave portion 2a for placing the lower water tank 4 is formed in the center on the front side, concave portions 2b for reducing the weight are formed in three places on the back side, and insertion holes 2d are formed in three end portions 2c. .

The pillar 3 is formed by bending a steel rod, for example.
It has a leg portion 3a at one end and a hook portion 3b at the other end.
Each of the columns 3 is attached by inserting the tip end of the leg portion 3a into the insertion hole 2d of the pedestal 2, and the hook portions 3b of the respective columns 3 are opposed to each other, and the hook portions 3b bent to the outside are opposed to each other. It is held by a holding member 90 made of nylon, and the hanging string 6 of the hanging flower pot 5 is locked to the hook portion 3b held by the holding member 90 so that it can be hung.

The holding member 90 is provided with the same number of grooves 90a as the number of columns 3 in a radial pattern when viewed from above and below the central axis, and the grooves 90a are formed along the curve of the hook portion 3b of the column 3. The center portion 90b of the holding member 90 is constricted so that the center of the curve is substantially the center of the upper and lower portions of the holding member 90, and the constricted portions of the grooves 90a are at the same height.

In order to make the thickness of the holding member 90 close to a certain level, the spaces 90c between the three surrounding grooves 90a are vertically stealed. In addition, a recess 90d is formed in the upper portion of the holding member 90 so that the wall thickness is nearly constant, and the meat is stolen.

In this way, in the hanging flower pot stand 1, the leg portions 3a of the respective columns 3 are attached to the base 2, the hook portions 3b of the respective columns 3 are opposed to each other, and the opposing hook portions 3b are held by the holding member 90. The hanging string 6 of the hanging flower pot 5 is locked to the held hook portion 3b, and the hanging flower pot 5 is hung.

As described above, the hanging flower pot stand 1 is composed of the pedestal 2, the plurality of columns 3, and one holding member 90, and has a simple structure and is lightweight and easy to carry.

When suspending the hanging flower pot 5, since the hook portions 3b of the columns 3 are opposed to each other and the opposed hook portions 3b are held by the holding members 90, the hanging string 6 of the hanging flower pot 5 is held. Can be easily locked, hanging flowerpot 5
Easy to hang and remove, and easy to handle.

Also, even if the hanging string 6 of the hanging flower pot 5 is removed,
There is no fear that the plurality of columns 3 will fall apart, and the hanging plant pot 5 can be easily and quickly attached and detached.

Further, when the hanging flower pot 5 is hung and a load is applied to the supporting column 3, the supporting column 3 bends and exhibits a curvaceous appearance, so that the appearance is good.

Further, the holding member 90 is provided with the same number of grooves 90a as the number of the columns 3 in a radial pattern when viewed from the upper and lower central axes in plan view, and the load of the hanging flower pot 5 is mediated by the hanging string 6. When the hook portions 3b of the support columns 3 are acted together, the hook portions 3b are caused by this force to move into the grooves 9 of the holding member 90.
It is possible to surely fit in 0a and to hang the hanging flower pot 5 surely.

That is, the hook portion 3b of the column 3 is held by the holding member 9.
Since it fits in the groove 90a of 0, the holding member 90 is stabilized at the height of the center of the curve of the hook portion 3b, and the height of the hook portion 3B of each pillar 3 becomes the same.

Further, since the hook portion 3b of the support column 3 fits into the groove 90a of the holding member 90, each support column 3 is stabilized in the direction of the groove 90a of the holding member 90, that is, in a radial shape in plan view. . Thus, for each of the columns 3, in plan view, the groove 90a of the holding member 90, the ground contact point of the leg 3a,
The insertion holes 2d of the pedestal 2 (that is, the tips of the legs 3a) are arranged in a straight line, whereby the columns 3 are radial and thus stable.

Further, the groove 90a of the holding member 90 is
Since the center portion 90b of the holding member 90 has a shape that follows the curve of the hook portion 3b, and the center of the curve is substantially the center of the upper and lower sides of the holding member 90, the load of the hanging flower pot 5 However, the hook portion 3 of the pillar 3 is
The action of b is gathered, and the upward force is exerted on the upper side and the downward force is exerted on the lower side with the constricted portion of the central portion 90b as a boundary, and the hanging flower pot 5 is suspended. When stability is good.

As described above, the three hanging flower pots 5 are continuously hung on the hanging flower pot stand 1, and the water receiving pans 7 are located below the hanging flower pots 5, respectively. Are connected by a sling 6 at the center. By putting the culture soil in each of the hanging flower pots 5 and suspending them, the load of the hanging flower pot 5 acts on the hanging string 6 as tension. By this tension, the hanging string 6 formed by twisting the rope shape naturally twists, and the hanging flower pot 5 rotates and stabilizes at a predetermined position.

In this state, the water pan 7 of the uppermost hanging flowerpot 5 and the middle hanging flowerpot 5 are connected by a vinyl tube 8, and the water pan 7 of the middle hanging flowerpot 5 and the lower hanging flowerpot 5 are vinylized. The tubes 9 are connected to each other, and the water pan 7 of the lower hanging flower pot 5 and the lower water tank 4 are connected to each other with the vinyl tube 10 so that the excess water supplied to each hanging flower pot 5 is stored in the lower water tank 4. Has become. The lower water tank 4 is placed in the recess 2 a of the base 2.

Water is supplied to the uppermost hanging flowerpot 5, and the water supplied to the uppermost hanging flowerpot 5 is supplied from the water tray 7 to the middle hanging flowerpot 5 through the vinyl tube 8 and further to the middle hanging flowerpot. The water supplied to 5 is supplied from the water pan 7 to the lower hanging flower pot 5 by the vinyl tube 9, and the water supplied to the lower hanging flower pot 5 is collected from the water pan 7 to the lower water tank 4 by the vinyl tube 10. .

The hanging flower pot 5 and the water tray 7 are constructed as shown in FIG. The hanging flower pot 5 is divided into a pot main body 50 and a hanging portion 51. The pot main body 50 is made of, for example, pottery, and the hanging portion 51 is made of plastic. A thread bottom 50a is formed in the bowl main body 50, and the hanging portion 51 is inserted into an engaging hole 50b formed in this bottom portion, and the bowl main body 50 is engaged and held by the hanging portion 51.

Since the bowl main body 50 and the hanging portion 51 are divided as described above, and the bowl main body 50 and the hanging portion 51 can be formed by different molds, the mold has a simple shape and the mold cost is low.
The cost can be reduced, and more types such as design, material and shape can be selected.

The hanging portion 51 has a guide hole 5 in its upper portion.
1a is formed, and the box portion 51b has a flange portion 51c at a lower portion thereof. The box portion 51b is inserted into the engaging hole 50b of the bowl main body 50, and the bowl portion 50 is formed by the flange portion 51b.
The bottom part of the is engaged and held.

A column portion 7a is formed on the water tray 7, the column portion 7a is in contact with the thread bottom 50a of the hanging flower pot 5, and a hanging hole 7c is formed in the central portion 7b. The hanging string 6 having the connector 52 is inserted into the hanging hole 7c of the water tray 7, and the hanging string 6 is further inserted into the guide hole 51a of the hanging portion 51. The water tray 7 and the hanging flowerpot 5 are hung by the hanging string 6. Can be lowered.

As described above, the connector 52 is located in the central portion 7b of the water receiving tray 7 and one connector is provided for each step, and the hanging flower pot 5 is supported by the pillar portion 7a of the water receiving tray 7.

Further, the hanging string 6 having the connector 52 extends upward through the hanging hole 7c of the central portion 7b of the water tray 7 and penetrates the guide hole 51a provided at the center of the upper part of the hanging flower pot 5. Since the guide hole 51a and the hanging hole 7c are held vertically by the hanging strap 6, the hanging flowerpot 5 is kept horizontal as the load applied to the hanging strap 6 increases.

When the hanging flower pot 5 tilts, the guide hole 5
1a acts on the sling 6 in a direction in which it does not tilt any further.

A through hole 50d is formed in the bottom 50c of the bowl body 50.
Is formed in a long hole, the lower portion 55a of the large diameter vinyl tube 55 is inserted into the through hole 50d, and the upper portion 55b is formed.
A small-diameter vinyl tube 8 is inserted in. Since the vinyl tube 55 having a large diameter is used, the vinyl tube 8 can be easily inserted and removed, and the assembling can be facilitated.

The vinyl tube 55 penetrates the culture soil 56 in the pot body 50.
Water is guided to the water pan 7 by 5. The water receiving tray 7 and the bowl main body 50 are communicated with each other by a ribbon-shaped fibrous body 57 made of a non-woven fabric, and the fibrous body 57 is inserted into a through hole 50d formed in the bottom portion 50c of the bowl main body 50 and the lower portion 5 of the vinyl tube 55.
It is inserted together with 5a. The bottom 5 of the bowl body 50
For insertion into the through hole 50d formed in 0c, the lower portion 55a of the vinyl tube 55 is crushed and penetrated together with the fibrous body 57. Since it is difficult to make the size of the through hole 50d constant when the bowl main body 50 is made of earthenware, it is longer than the vinyl tube 55, and the fibrous body 57 is also inserted, so that the vinyl tube 55 can be easily attached.

Therefore, the water from the vinyl tube 8 is
The lower part 55 a of the vinyl tube 55 is guided to the water receiving tray 7, and the water in the water receiving tray 7 is supplied to the culture soil 56 through the fibrous body 57. Only the amount of water consumed by the plants by so-called bottom irrigation and the amount of water evaporated from the culture soil 56 and the like are replenished. The water from the vinyl tube 8 is guided to the water tray 7 from the lower portion 55a of the vinyl tube 55. At this time, since the fibrous body 57 is touched by the lower portion 55a, the water is sucked out from the vinyl tube 55 and It is reliably supplied to the culture soil 56.

In this way, the culture soil 5 in the pot body 50 is
6 is supplied with water, but surplus water is accumulated in the water receiving tray 7, and when the water surface of the water reaches a predetermined level or more, the drain opening 7 of the water receiving tray 7
It overflows from d and is supplied from the vinyl tube 9 to the hanging flower pot 5 below.

Although the three columns are used in the above embodiment, the number of columns is not limited to three and may be any number.

[0047]

As described above, the invention according to claim 1 is
Attach the legs of each column of the hanging flower pot stand to the pedestal, make the hooks of each column face each other, hold the facing hooks with a holding member, and hang the string of the hanging plant pot on the held hooks. The hanging flower pot stand is made up of a pedestal, a plurality of columns, and a holding member, and has a simple structure.
It is also lightweight and easy to carry.

Further, when suspending the hanging flower pot, since the hook portions of the respective columns are opposed to each other and the opposed hook portions are held by the holding member, the hanging string of the hanging flower pot can be easily locked. It is easy to hang and remove the hanging flower pot and easy to handle.

Further, even if the hanging string of the hanging flower pot is removed, there is no fear that the supporting columns will fall apart, and the work of attaching and detaching the hanging flower pot can be performed easily and quickly.

Further, when the hanging flower pot is hung and a load is applied to the supporting pillar, the supporting pillar bends and exhibits a curvaceous appearance, so that the appearance is good.

According to the second aspect of the present invention, since the holding member is provided with the same number of grooves as the number of columns in a radial pattern in a plan view from the upper and lower central axes, the load of the hanging flower pot is mediated by the hanging string.
When the hooks of the stanchions are put together, this force ensures that the hooks will fit into the grooves of the holding member.
The hanging flower pot can be reliably hung.

According to a third aspect of the invention, the groove of the holding member is
Since the center of the holding member is constricted so that the center of the bending is in the upper and lower center of the holding member, the load of the hanging flower pot can reduce the hanging string. The hooks of the stanchions are gathered together, and the upward force is exerted on the upper side and the downward force is exerted on the lower side, with the constricted part in the center as a boundary. Has good stability when suspended.

[Brief description of drawings]

FIG. 1 is a side view showing a state in which a hanging flower pot is hung on a hanging flower pot stand.

FIG. 2 is a plan view of a hanging flower pot stand.

FIG. 3 is a sectional view taken along the line III-III in FIG.

FIG. 4 is a vertical sectional view of a hook portion of a column.

5 is a cross-sectional view taken along the line VV of FIG.

FIG. 6 is a cross-sectional view of a hanging flower pot containing culture soil.

[Explanation of symbols]

 1 Stands for hanging flower pots 2 Pedestal 3 Supports 3a Legs 3b Hooks 5 Hanging flower pots 6 Hanging strings 90 Holding members

Claims (3)

[Claims] 1. A pedestal, a plurality of pillars, and a holding member, wherein the pillar has a leg portion at one end and a hook portion at the other end,
The legs of each column are attached to the pedestal, the hooks of each column are opposed, the opposing hooks are held by the holding members, and the hanging flower pot is hung on the hooks held by the holding members. A stand for hanging flower pots, which has a string that can be suspended. 2. The stand for hanging flower pots according to claim 1, wherein the holding member is provided with the same number of grooves as the number of the pillars in a radial shape in a plan view from the upper and lower central axes. . 3. The groove of the holding member has a shape along the curve of the hook portion of the column, and the center of the holding member is set so that the center of the curve is substantially in the vertical center of the holding member. The hanging flowerpot stand according to claim 2, wherein the stand is constricted.