JP2009106259A - Drainage structure of flower stand flowerpot saucer - Google Patents

Drainage structure of flower stand flowerpot saucer Download PDF

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Publication number
JP2009106259A
JP2009106259A JP2007303703A JP2007303703A JP2009106259A JP 2009106259 A JP2009106259 A JP 2009106259A JP 2007303703 A JP2007303703 A JP 2007303703A JP 2007303703 A JP2007303703 A JP 2007303703A JP 2009106259 A JP2009106259 A JP 2009106259A
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Japan
Prior art keywords
cylinder
drainage
shape
column
cylindrical
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP2007303703A
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Japanese (ja)
Inventor
Yoshitaka Iwahara
義孝 岩原
Original Assignee
Yoshitaka Iwahara
義孝 岩原
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Yoshitaka Iwahara, 義孝 岩原 filed Critical Yoshitaka Iwahara
Priority to JP2007303703A priority Critical patent/JP2009106259A/en
Publication of JP2009106259A publication Critical patent/JP2009106259A/en
Pending legal-status Critical Current

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Abstract

<P>PROBLEM TO BE SOLVED: To provide a flower stand structure having in the inside the rotation and drainage functions of a flowerpot saucer. <P>SOLUTION: This flower stand structure which has the rotation and drainage functions of a flowerpot saucer inside is characterized in that a cylinder shaft prop 1, a cylinder prop 2 which has a recessed upper end E and a projecting lower end F, and a drainage storage tank are set, a drain outlet 6 is set on a flowerpot saucer 5 followed by fixedly setting a drainage pipe arm 4 on the flowerpot saucer 5, the set cylinder shaft prop 1 is fixedly set on the set drainage storage tank, the cylinder prop 2 and a shape cylinder 3 are alternately set on the set cylinder shaft prop 1 through inserting and combining the cylinder prop 2 and the shape cylinder 3 in concave and convex, and the flowerpot saucer 5 set with the drainage pipe arm 4 is set. The flowerpot saucer 5 set with the drainage pipe arm 4 changes a rotary direction, and makes discharge water of the flowerpot saucer 5 flow into the inside of the drainage pipe arm 4, the inside of the shape cylinder 3, and the inside of the cylinder prop 2 to discharge into the drainage storage tank. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

The present invention relates to a flower stand that prevents water from flowing from the bottom to the floor or the like when supplying water to a flower pot indoors, and rotates and drains the flower pot individually.

Conventionally, a rotary flower stand, which is a flower stand to which a plurality of flower pots are fixed, has a drain hose and a drain device installed outside.

Until now, there were the following drawbacks.
Conventionally, flower pots with drainage are individually difficult to rotate because they are equipped with a drainage hose, etc., and the whole flower stand is difficult to handle because it rotates and changes direction. Since the drainage hose and the like are attached to the outside, the aesthetics are impaired.
The present invention has been made to eliminate the above drawbacks.

A cylindrical shaft support 1 is provided.
A cylindrical column 2 having an upper end concave E and a lower end convex F is provided.
A flowerpot tray 5 is provided, a drainage port 6 is provided at the bottom, a drainage pipe arm 4 is provided for supporting the tray and drainage, and the drainage pipe arm 4 is attached to the drainage port 6 of the provided flowerpot tray 5 with a bolt 7 with a hole. Is fixed and provided.
The formed shape cylinder 3 is provided, and the penetration shape A of the provided cylinder shaft column 1 is provided, and the insertion shape projection B and the shape depression C of the cylinder column 2 are provided in the provided penetration shape A.
A drain pipe arm 4 provided with a flower pot tray 5 is provided at a position adjacent to the provided shape cylinder 3, and a drain outlet of the drain pipe arm 4 is provided at a position in contact with the penetrating shape A provided in the shape cylinder 3.
A drainage storage tank 9 is provided.
The provided cylindrical shaft column 1 is fixedly provided in the provided drainage water storage tank 9.
The provided cylindrical shaft support column 1 is alternately provided with a cylindrical support column 2 having an upper end recess E, a lower end projection F, and a shape tube 3 having a shape protrusion B and a shape recess C. The tube support column 2 and the shape tube 3 are uneven. A combination is provided.
The drain pipe arm 4 provided with the flower pot tray 5 is arbitrarily changed in rotation direction, and the drainage of the flower pot tray 5 is provided inside the drain pipe arm 4 provided, the inside of the shape cylinder 3, and the inside of the column support 2 in the drain holes. Drain.
The present invention is a drainage structure of a flower stand tray for a flower stand having the above configuration.

A drain outlet 6 is provided at the bottom of the flower pot tray, the drain pipe arm 4 provided with the flower pot tray 5 is provided at a position adjacent to the shape cylinder 3, and a drain outlet of the drain pipe arm 4 is provided at a position where the penetrating shape A contacts, Even if it rotates because it is provided as an integral type, the drained water does not flow to the outside.
The provided cylindrical pillars 2 having different lengths and lengths and the shaped cylinders 3 provided with the flower pot trays 5 are alternately provided on the provided cylindrical shaft pillars 1, and the unevenness provided on the insertion cylindrical pillars 2 and the shaped cylinders 3 are sequentially provided. It is possible to provide a plurality of drainage pipe arms 4 which are provided in combination and provided with flowerpot trays 5.
Even if the drain pipe arm 4 with the flower pot receiving tray 5 has the cylindrical shaft column 1 or the shape D of the cylindrical shape 3 as the center and the rotation direction is arbitrarily changed individually, the drain pipe arm 4 provided with a plurality of flower pot receiving trays 5 from the top. The water flowing from the water flows between the cylindrical shaft column 1 and the penetrating shape A provided in the shape tube 3, flows through the column column 2, and drains into the water storage tank 9.
The water stored in the water storage tank 9 suppresses drying of ikebana and the like, and is discharged by a drain valve 10 as necessary, and can be reused for water supply for planting.
By providing the water storage tank 9 instead of the stand, the center of gravity is low and stable.
A stand can be provided, and a separate water storage tank 9 can be provided.
By providing the shape cylinder 3 with the penetrating shape A, the shape protrusion B, and the shape recess C, the drain pipe arm 4 provided with the flower pot tray 5 and the shape cylinder 3 are fixed, or one of the shape cylinder 3 and the cylinder post 2 above and below Even if it is fixedly provided and combined with unevenness, the rotation and drainage functions can be equivalent.
The tube support 2 not only prevents water leakage but also supports the stability of the shape tube 3, can change the length freely and can change the height, and can provide a plurality of flower pot trays 5.
A plurality of drainage pipe arms 4 can be provided at positions adjacent to the shape cylinder 3, and a larger number of flower pot trays 5 can be provided.
In order to provide the drain pipe arm 4, the cylindrical shaft column 1, the shape tube 3, and the column column 2 in combination with irregularities without using packing or the like, the trays 5 of a plurality of flowerpots can be easily rotated individually.
The drainage structure is a built-in structure, and even if it is placed indoors and the direction of the flowerpot is changed arbitrarily, water does not leak, the aesthetics are not impaired, the drainage structure is provided, a water supply pump is provided, A water supply device for circulating the drainage can be provided by providing the support column 1 in the water pumping pipe.
This is how the flower stand drainage works.
As a result, the effect of the new invention was born.

Best Mode for Carrying Out the Invention

A cylindrical shaft support 1 is provided.
A cylindrical column 2 having an upper end concave E and a lower end convex F is provided.
A drain port 6 is provided at the bottom of the flower pot tray 5.
A drainage pipe arm 4 is provided for supporting the flowerpot tray 5 and draining.
A bolt 7 with a hole is provided, and a drain pipe arm 4 is fixedly provided to the drain port 6 of the flower pot tray 5 with the bolt 7 with a hole.
Insertion of the cylindrical column 1 and the penetration shape A are provided, and the penetration shape A is provided by providing a combination shape convex B of the cylindrical column 2 upper end concave F for preventing and rotating water leakage from above at the lower part of the penetration shape A provided. In the upper part of the tube, a formed shape cylinder 3 is provided in which a combination shape concave C of the lower end convex G of the cylindrical column pipe 2 is provided for preventing water leakage and rotating from above.
An attachment shape D of the drainage pipe arm 4 is provided at a position adjacent to the provided shape cylinder 3, a drainage outlet of the shape D provided in the shape cylinder 3 is provided at a position where the penetrating shape A contacts, a fixing bolt 8 is provided, and a flower pot A drainage pipe arm 4 provided with a receiving tray is fixedly provided on a shape D provided on the shape cylinder 3 with fixing bolts 8.
A drainage storage tank 9 is provided.
The provided cylindrical shaft support 1 is attached and fixed to the provided drainage water storage tank 9.
The provided cylindrical column 2 and the provided cylindrical tube 3 are inserted into the provided cylindrical shaft column 1 alternately with the cylindrical cylindrical column 2 and the cylindrical shape 3, and the cylindrical column 2 with the upper-end concave E and the lower-end convex F, and the shape. The lower shape convex B and the upper shape concave C provided in the cylinder 3 are provided in combination.
The drainage pipe arm 4 provided with the flower pot tray 5 changes the rotation direction arbitrarily around the cylinder shaft column 1, and drains the flowerpot tray 5 inside the provided drain pipe arm 4, inside the provided shape cylinder 3, The inside of the provided cylindrical column 2 is provided in a drainage hole, a drainage and drainage water storage tank 9 is provided with a water storage and drainage valve 10, and the drainage valve 10 provided is discharged.
The present invention has the structure as described above. When using this, plastic, PVC, stainless steel, and aluminum can be used mainly, so it is lightweight and does not produce rust, etc. Since it can be smoothly rotated individually, it can be used in any space, and it is best to view the flowers in the room.

A cylindrical shaft support 1 is provided.
A plurality of cylindrical pillars 2 having upper and lower recesses E and lower end protrusions F having different lengths are provided.
A plurality of shape cylinders 3 provided with flowerpot trays 5 are provided.
The provided cylindrical shaft support 1 is attached and fixed to the provided drainage water storage tank 9.
A plurality of provided cylindrical columns 2 having different lengths and a plurality of provided lower cylinders B and upper cylinders C are provided. A cylindrical cylinder column 1 is provided with shape cylinders 2 and 3 alternately. In this case, a plurality of flower pot trays 5 are provided in combination by sequentially inserting, a cylindrical support column 2 having an upper end concave E and a lower end convex F, and a lower shape convex B and an upper shape concave C provided on the shape cylinder 3.

A drain pipe arm 4 provided with a flower pot receiving tray 5, a shape cylinder 3, and a cylinder support column 2 are fixedly provided in a fixed integral form, and are inserted into the cylinder shaft support column 1 in combination by unevenness, and a plurality of flower pot receiving trays 5 are provided.

A plurality of drainage pipe arms 4 each provided with a cylindrical support column 1, a plug-in shape D provided in the shape cylinder 3, a plurality of fixed shape cylinders 3 provided on the cylindrical support column 1, and a flower pot tray 5 are provided.

A drain pipe arm 4 provided with a flower pot tray 5 is welded and fixed at a position adjacent to the provided shape cylinder 3.

The provided drain pipe arm 4 is fixed to the drain port 6 of the tray 5 by welding.

A plurality of drainage pipe arms 4 each provided with a flower pot tray 5 at a position adjacent to the provided shape cylinder 3 are provided.

An uneven drainage groove is provided at a position in contact with the cylindrical shaft column 1 and the penetrating shape A of the shape cylinder 3.

The drainage structure is provided, the water supply pump is provided, the cylindrical shaft support 1 is provided in the water pumping pipe, and the water supply device for circulating the drainage is provided.

Cross section of the present invention Perspective view of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Tube axis | shaft support | pillar 2 Tube support | pillar 3 Shape cylinder 4 Drain pipe arm 5 Flower pot tray 6 Flower pot tray drain port 7 Bolt with hole 8 Fixing bolt 9 Drainage water storage tank 10 Drain valve A Through shape B Shape cylinder 3 Through bottom convex shape C Shaped cylinder 3 Upper concave shape of penetrating shape A D Insertion shape of drainage pipe arm 4 Cylinder post pipe 2 upper concave F Cylinder post pipe 2 lower convex

Claims (3)

  1. A cylindrical shaft support 1 is provided.
    A flower pot tray 5 provided with a cylindrical column 2 having an upper end concave E and a lower end convex F is provided, and a drain outlet 6 is provided at the bottom.
    A drainage pipe arm 4 is provided for supporting and draining the flowerpot receiving tray 5, and the drainage pipe arm 4 is fixedly provided at the bottom drain port 6 of the provided flowerpot receiving tray 5.
    A formed cylinder 3 is provided in which a cylindrical shaft column 1 and a column column 2 are inserted.
    A drain pipe arm 4 provided with a flower pot tray 5 is provided in the shape cylinder 3 at a position adjacent to the provided shape cylinder 3.
    A drainage storage tank 9 is provided.
    The provided cylindrical shaft column 1 is fixedly provided in the provided drainage water storage tank 9.
    The provided cylinder shaft support 1 is alternately provided with the provided cylinder support 2 and the shape cylinder 3 provided with the provided flower pot tray 5, and the cylinder support 2 and the shape cylinder 3 are provided in combination with unevenness.
    The drainage structure of the flower stand tray of the flower stand constructed as above.
  2. The said term, the cylinder axis | shaft support | pillar 1 are provided.
    A plurality of cylindrical pillars 2 having upper and lower recesses E and lower end protrusions F having different lengths are provided.
    A plurality of shape cylinders 3 provided with flower pot trays 5 are provided.
    The provided cylindrical shaft column 1 is provided with the cylindrical column column 2 and the flower pot tray 5 and alternately provided with the shape cylinder 3, and the cylindrical column column 2 and the shaped cylinder 3 are provided with a combination of projections and depressions. A plurality of flower pot trays 5 are provided.
    The drainage structure of the flower stand tray of the flower stand constructed as above.
  3. The said term, the cylinder axis | shaft support | pillar 1 are provided.
    A plurality of cylindrical pillars 2 having upper and lower recesses E and lower end protrusions F having different lengths are provided.
    A plurality of drainage pipe arms 4 provided with flower pot trays 5 are provided in the shape cylinder 3 at positions adjacent to the provided shape cylinder 3.
    A plurality of shape cylinders 3 provided with a plurality of flower pot trays 5 are provided.
    The provided cylindrical shaft column 1 is provided with the cylindrical column column 2 and the flower pot tray 5 and alternately provided with the shape cylinder 3, and the cylindrical column column 2 and the shaped cylinder 3 are provided with a combination of projections and depressions. A plurality of flower pot trays 5 are provided.
    The drainage structure of the flower stand tray of the flower stand constructed as above.
JP2007303703A 2007-10-26 2007-10-26 Drainage structure of flower stand flowerpot saucer Pending JP2009106259A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2007303703A JP2009106259A (en) 2007-10-26 2007-10-26 Drainage structure of flower stand flowerpot saucer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2007303703A JP2009106259A (en) 2007-10-26 2007-10-26 Drainage structure of flower stand flowerpot saucer

Publications (1)

Publication Number Publication Date
JP2009106259A true JP2009106259A (en) 2009-05-21

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
JP2007303703A Pending JP2009106259A (en) 2007-10-26 2007-10-26 Drainage structure of flower stand flowerpot saucer

Country Status (1)

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JP (1) JP2009106259A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102845249A (en) * 2011-10-09 2013-01-02 南通天华和睿科技创业有限公司 Umbrella-shaped rotary three-dimensional cultivation device
CN105340615A (en) * 2015-11-11 2016-02-24 王本 Water drainage device for flowerpot
KR101845228B1 (en) * 2015-11-18 2018-04-04 정경균 Vertical-type hydroponic cultivation equipment

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102845249A (en) * 2011-10-09 2013-01-02 南通天华和睿科技创业有限公司 Umbrella-shaped rotary three-dimensional cultivation device
CN105340615A (en) * 2015-11-11 2016-02-24 王本 Water drainage device for flowerpot
KR101845228B1 (en) * 2015-11-18 2018-04-04 정경균 Vertical-type hydroponic cultivation equipment

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