JP2012095619A - Flowerpot - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a flowerpot, in which planted plants can be observed in three-dimensional arrangement, labor of fertilization and watering can be alleviated, and generation of worms can be prevented even in installation on the ground.SOLUTION: A plurality of pots 3 are formed including circumferential walls 2 in the form of a polygonal cylinder using wood material, and are arranged in vertical stages in combination to form a pot assembly 4. Water given to the pot 3 at the highest position flows to the pot 3 at the lowest, since a lower part in the pot 3 at a upper stage of the pot assembly 4 is connected to the pot 3 at a lower stage through a water passage hole 5. A drain hole 7 is provided at a lower part of the pot 3 at the lowest stage. At a lower part of the pot assembly 4, installation legs 6 are provided to keep a lower surface of the pot 3 off the ground.

Description

  The present invention relates to a flower pot that allows a plant such as a plant to be planted to be viewed in a three-dimensional arrangement and allows easy plant growth management.

  In recent years, the number of hobbyists who cultivate flowers and display them outdoors or indoors has increased. For this reason, flower pots of various materials and designs have been proposed.

  One commonly used plant pot is not only difficult to plant and cultivate different kinds of plants, but also inconvenient for fertilization and irrigation, and has poor stability in the installed state. An integrated flower pot has been proposed by continuously providing a single flower pot.

  The above-mentioned integrated flower pot is formed by integrally molding the peripheral wall portion of a plurality of flower pots having the same shape or the same shape in plan and made of plastic, and the inside of each flower pot is communicated at the upper position. The plant pots are made substantially independent from each other, and plants are planted in individual flower pots (see, for example, Patent Document 1).

Japanese Utility Model Publication No. 6-64437

  By the way, the above-mentioned integrated flower pot has the advantage that different kinds of plants can be planted and cultivated in each flower pot alone, but it has a structure in which a plurality of flower pots are simply arranged in a plane. In addition, it is difficult to appreciate the plants in a three-dimensional arrangement, and fertilization and irrigation for cultivation must be carried out for each individual plant pot. Become more.

  In addition, since the above-mentioned integrated flower pot is manufactured by molding using a mold, there are manufacturing restrictions on various types of production that have different external shapes, and various designs and sizes should be adopted. Is difficult.

  Furthermore, when a flower pot is installed on the ground, the bottom of each flower pot is in contact with the ground, and there is a problem that insects that like dark places and moisture are generated under the flower pot.

  Therefore, the object of the present invention is that the design and size can be freely selected, the plant can be appreciated in a three-dimensional arrangement, the amount of fertilization and irrigation can be saved, the amount can be reduced, and the ground can be reduced. It is to provide a flower pot that does not generate insects even when it is installed.

  It is another object of the present invention to provide a flower pot that can effectively suppress decay of soil for planting and generation of odor and can be displayed indoors without any trouble.

  In order to solve the problems as described above, the present invention forms a bowl assembly by integrating a plurality of bowls with a peripheral wall formed into a polygonal cylindrical shape using wood in a vertically arranged arrangement, The lower part of the bowl unit at the upper part of the bowl assembly and the lower part of the bowl unit are communicated by a water hole, a drainage hole is provided at the lower part of the lower bowl unit, and the lower part of the bowl assembly, An installation leg for floating the lower surface of the bowl alone from the ground is provided.

  The above-mentioned plurality of pots are united by sharing a part of the peripheral wall with the adjacent pots to form a bowl aggregate, and the upper pot is provided by providing a water passage hole on the peripheral wall of the shared part. The lower part of the bowl may be communicated with the lower bowl, and the upper end of any side of the peripheral wall of each bowl may be processed into an inclined cut surface.

  Moreover, it can be set as the structure where the granular activated carbon is attached to the inner surface of the said bowl simple substance.

  Here, the above-mentioned bowl is cut out so that a plurality of peripheral wall forming plates using appropriately thick wood can be arranged in a polygonal cylindrical shape, and adjacent peripheral wall forming plates are bonded by means such as adhesion. It is formed by assembling a cylindrical peripheral wall by closing and closing the lower part of the peripheral wall with a bottom plate.

  When forming the bowl unit, the peripheral wall forming plate that becomes the boundary with the bowl unit that is to be connected to the adjacent position is commonly used, and the bowl unit adjacent to the common peripheral wall forming plate is used as a boundary. Each peripheral wall forming plate that forms the peripheral wall of the single bowl located at the lower position is set so that the commonly used peripheral wall forming plate is high, and the peripheral wall of the single bowl located above Each of the peripheral wall forming plates that forms the upper end of the commonly used peripheral wall forming plate is set to be the lowest.

  In addition, the upper bowl unit is set so that the bottom part is in the middle of the vertical direction of the lower bowl unit, and the water hole provided in the commonly used peripheral wall forming plate is the upper bowl unit It is set at the position of the inner bottom of the basin, so that the irrigation applied in the upper bowl unit flows into the lower bowl unit. The flow is like a rice terrace in order from the top to the bottom.

  The installation leg provided in the lower part of the bowl assembly is made of wood, and when the bowl assembly is installed on the ground, it is bonded and fixed to the lower part of the bowl unit so that at least the lower surface of the lowest bowl unit floats from the ground.

  According to the present invention, since a plurality of pots having a peripheral wall formed in a polygonal cylindrical shape using wood are integrated in a vertically arranged arrangement to form a pot aggregate, a plant is planted for each pot alone. It can be arranged three-dimensionally, and it can produce aesthetics and luxury by seeing all the plants.

  Since the structure is made of multiple bowls made of wood, the size, design, number of bowls connected, color by painting, etc. can be freely selected. Produced at a price.

  Since the lower part of the bowl unit at the upper part of the pot assembly and the lower part of the bowl unit are communicated by a water hole, and the drain hole is provided at the lower part of the lower part of the bowl unit, If fertilization or irrigation is performed, the fertilization or irrigation flows like a terraced rice pad so that it can be distributed to all the pots alone, which saves the labor of fertilization and irrigation and reduces consumption. And economical.

  Since the installation legs are provided at the bottom of the bowl assembly to lift the bottom surface of the bowl alone from the ground, when installed on the ground, the bowl assembly can float from the ground, and insects are generated on the installation ground. Can be prevented.

  By making the upper end of either side of the peripheral wall of each bowl single piece processed into an inclined cut surface, it is possible to give each bowl single piece an appearance change and improve the design of the bowl assembly Can do.

  By attaching granular activated carbon to the inner surface of a single pot, it is possible to effectively prevent the soil for planting from decaying or generating odor.

In the flowerpot according to the present invention, a perspective view showing an example in which four pots are integrated to form a pot aggregate. (A) is a plan view of FIG. 1, and (b) is a longitudinal sectional view along the length direction of FIG. A longitudinal sectional view showing a state in which a plant is planted in the flower pot of FIG. In the flowerpot according to the present invention, a perspective view showing an example in which two pots are integrated to form a pot aggregate. 4A is a plan view of FIG. 4, and FIG. 4B is a longitudinal sectional view along the length direction of FIG.

  Hereinafter, embodiments of the present invention will be described based on illustrated examples.

  As shown in the figure, a flower pot 1 of the present invention is a pot assembly 4 in which a plurality of pots 3 formed by using wood to form a peripheral wall 2 in a polygonal cylindrical shape are integrated in a vertically arranged arrangement, In order to allow the lower part of the bowl unit 4 above the pot assembly 4 to communicate with the inside of the lower bowl unit through the water hole 5, the lower surface of each bowl unit 3 is floated from the ground to the lower part of the bowl assembly 4. An installation leg 6 is provided.

  The above-mentioned bowl 3 is cut out so that a plurality of peripheral wall forming plates 2a using thick wood can be arranged in a polygonal cylindrical shape of a triangle or more, and adjacent peripheral wall forming plates By assembling the cylindrical peripheral wall 2 by sequentially joining together by means such as bonding, the lower part of the peripheral wall 2 is closed with a bottom plate 2b having a polygonal shape similar to the peripheral wall 2, so that the water leaks on the upper surface. Not formed in a container

  When forming the bowl single body 3, the bowl single bodies 3 to be connected to adjacent positions are coupled together by commonly using one peripheral wall forming plate 2 a ′ serving as a boundary, and this common use is performed. Each peripheral wall forming plate 2a that forms the peripheral wall of the bowl unit positioned at the lower side faces the commonly used peripheral wall forming plate 2a 'so that there is an upper and lower step in the single bowl unit 3 adjacent to the peripheral wall forming plate 2a'. The peripheral wall forming plate 2a which is set so as to be higher than the peripheral wall forming plate 2a at the position and forms the peripheral wall 2 of the single bowl located at the upper position has the lowest upper end of the commonly used peripheral wall forming plate 2a '. Set as follows.

  Further, as shown in FIG. 2 (b), the bowl unit 3 positioned at the upper position is set so that its bottom portion is in the middle of the vertical direction of the bowl unit 3 positioned at the lower level, and thereby the bowl unit positioned at the lower level. 3 and the bowl unit 3 located at the upper level is caused to have a step in the vertical direction, and the plurality of bowl units 3 are arranged stepwise.

  A water passage hole 5 for communicating the inside of the lower bowl unit 3 with the upper bowl unit 3 is provided in the commonly used peripheral wall forming plate 2a ', and this water passage hole 5 is located on the upper bowl unit. 3 so that the water passage hole 5 is opened at a position closer to the upper part in the lower bowl unit 3 and the irrigation applied in the uppermost bowl unit 3 is the lower bowl. It flows in the single body 3 sequentially.

  The installation leg 6 provided in the lower part of the bowl assembly 4 is made of wood, and when the bowl assembly 4 is installed on the ground, the lower surface of the lowest bowl unit 3 is arranged so that at least the lower surface of the lowest bowl unit 3 floats from the ground. A short installation leg 6 is bonded and fixed to the lower surface of the upper bowl unit 3 with a longer installation leg 6.

  In the bowl assembly 4, one peripheral wall forming plate 2 a of the bowl unit 3 at the lowest position is provided with a drain hole 7 at a height corresponding to the inner bottom surface. Granular activated carbon 8 is bonded to the inner peripheral surface.

  Moreover, as shown in FIG. 4 and FIG. 5, each bowl unit 3 makes use of the characteristics of wood, and the upper end of any peripheral wall forming plate 2a is processed into an inclined cut surface 9 in various directions, thereby changing the appearance. In addition, the inner and outer surfaces of each bowl unit 3 can be painted with a water-resistant paint.

  Thus, by making the whole flower pot 1 wooden, compared to the flower pot of the molded product using the mold, the number of the single pot 3 integrated as the pot aggregate 4, the size of each single pot 3, the single pot The three coupled arrangements and the polygonal shape can be freely selected, and the flower pot 1 having a change in design can be produced.

  1 to 3 show an example of a bowl assembly 4 in which four bowl single bodies 3 are integrated, and each bowl single body 3 is arranged stepwise up and down as shown in FIGS. A short installation leg 6 is provided on the lower surface of the lowermost bowl unit 3 and a lower installation leg 6 is provided on the lower part of the uppermost bowl unit 3 so that the entire bowl assembly 4 can be installed stably and horizontally. ing.

  4 and 5 show an example of a bowl assembly 4 in which two bowl single bodies 3 are integrated, and a short installation leg 6 on the lower surface of the lower bowl single body 3 and a long installation on the lower part of the upper bowl single body 3. Legs 6 are provided so that the entire bowl assembly 4 can be placed horizontally and stably.

  The flower pot of the present invention is configured as described above, and as shown in FIG. 3, each pot single 3 is filled with soil a, and each pot single 3 is planted with a different type or the same type of plant b to grow the plant b. Since each bowl unit 3 has a stepped shape with steps up and down, when installed indoors or outdoors, the plant b becomes a three-dimensional arrangement, It is possible to produce luxury by seeing all plants without hiding.

  Further, when water is applied to the soil of the uppermost pot unit 3, as shown by an arrow in FIG. 2 (b), the irrigation passes through the water passage hole 5, so that the upper pot unit 3 is subordinate to the lower pot. It flows like a terraced rice field toward the single unit 3 and can be irrigated to the soil a of all the single unit 3 by simply irrigating the soil a of the uppermost single unit 3. Since it flows out from the drainage hole 7 provided, it is sufficient to receive this in a suitable container, and not only can the labor of irrigation and fertilization be saved, but also the irrigation and fertilization amount can be reduced.

  Furthermore, since the flower pot 1 can be installed with the lower surface suspended from the ground by the installation legs 6, it is possible to prevent the occurrence of insects that like dark places and moisture on the ground, and the inside of each single pot 3 is granular. Since the activated carbon 8 is affixed, it is possible to effectively suppress the odor and decay generated in the soil a, and it is suitable for installation in a room and enjoying flowers.

DESCRIPTION OF SYMBOLS 1 Flower pot 2 Perimeter wall 2a Perimeter wall formation board 2a 'Perimeter wall formation board 2b Bottom plate 3 Bowl simple substance 4 Bowl assembly 5 Water flow hole 6 Installation leg 7 Drain hole 8 Activated carbon

Claims (3)

  A plurality of single bowls whose peripheral walls are made of polygonal cylinders using wood are integrated in a vertically arranged arrangement to form a bowl aggregate, and a lower part in the bowl single unit located above the bowl aggregate and The lower bowl unit is communicated with a water hole, a drain hole is provided at the bottom of the lowest bowl unit, and an installation leg is provided at the lower part of the bowl assembly to float the lower surface of the bowl unit from the ground. Flowerpot.   The above-mentioned plurality of pots are united by sharing a part of the peripheral wall with the adjacent pots to form a bowl aggregate, and the upper pot is provided by providing a water passage hole on the peripheral wall of the shared part. The flowerpot according to claim 1, wherein the lower part of the pot and the lower pot are communicated, and the upper end of any side of the peripheral wall of each pot is processed into an inclined cut surface.   The flowerpot according to claim 1 or 2, wherein granular activated carbon is attached to the inner surface of the single pot.

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