JP5882863B2 - Pot-holding molded product for planting - Google Patents

Description

  The present invention relates to a pot-holding molded product for planting formed of an expandable synthetic resin, and is used for planting ornamental plants (seedlings) such as phalaenopsis orchids mounted in a pot. Regarding molded products.

  The following Patent Document 1 has been proposed as this kind of potted molded product for potting. The pot-holding molded product for planting disclosed in this document is attached to the inside of the pot and is formed of a foamable synthetic resin. Moreover, the pot-holding molded product for planting is provided with a plurality of holding portions that hold and hold the pot in which the ornamental plant is planted at predetermined intervals on the outer peripheral portion. Each holding portion includes a holding pillar portion that supports the pot and a placement surface on which the pot is placed. The plurality of placement surfaces are set to the same height.

Utility Model Registration No. 3117647

  In the conventional potted pot-holding molded product, the plurality of placement surfaces are set to the same height. For this reason, in order to enrich the performance of ornamental plants, prepare ornamental plants of different heights, or grow ornamental plants in pots of different heights into potted pot holding molded products Various ingenuity was required, such as the need to wear it.

  Therefore, an object of the present invention is to provide a pot-holding molded product for planting that can enrich the performance of ornamental plants without requiring any special device.

  The present invention relates to a potted pot-holding molded product that is formed from a foamable synthetic resin, mounted in a pot, and used to plant an ornamental plant planted in a potting pot together with the potting pot. A holding portion for mounting and holding the pot for potting, the holding portion including a placement surface portion on which a bottom surface of the pot for potting is placed, and the placement surface portion is at a low height position. It is characterized by having a certain low place placement surface and a high place placement surface at a height higher than that of the low place placement surface.

  In the above configuration, the pot is held on the placement surface portion by placing the bottom surface of the pot on the placement surface portion, and the pot is placed on the high place placement surface and the low place placement surface of the placement surface portion. Even if the ornamental plants are planted and the height (length) of the ornamental plants planted in each pot is substantially the same, the height of the ornamental plants planted is different. Appreciating whether ornamental plants are planted.

  In the pot-holding molded product for planting according to the present invention, a drainage channel in the vertical direction is formed on the placement surface portion, and water discharged from the pot is supplied to each of the high place placement surface and the low place placement surface. The drainage channel is disposed at a position shifted from the region surrounded by the outer surface of the plurality of pots by placing the pot on each placement surface in the placement surface portion. A configuration can be employed.

  In the above-described configuration, the water poured into each pot falls into the guide groove and is favorably sown from the drainage channel by the guide groove. The drainage channel is disposed in a portion of the placement surface portion where the pot is placed on each placement surface and is displaced from the region surrounded by the outer surface of the plurality of pots. Even if the space between the pots is filled with soil so as to fill the space between the pots in a state of being placed on each mounting surface, the drainage channel is not filled with the soil.

  In the pot holding molded product for planting according to the present invention, the height of the ornamental plant planted in each pot by placing the pot on the high place placement surface and the low place placement surface of the placement surface portion. Even if they are almost the same, the height of the ornamental plant is different in the planted state, so that the viewer can appreciate whether the ornamental plant of different height is planted. Can enhance the performance of

It is a perspective view of the state where the holding molded article showing one embodiment of the present invention was equipped in the bowl. It is a top view of the state which mounted | wore with the pot (it shows with a virtual line) of the holding | maintenance molded product. It is the sectional view on the AA line in FIG. 2 of the holding | maintenance molded product. It is a bottom view of the holding molded product. It is the front view which represented a part (3rd holding pillar part) of the holding | maintenance molded product with the virtual line. It is a rear view of the holding molded product. It is a side view of the same holding molded product.

  Hereinafter, an embodiment of a container according to the present invention will be described with reference to FIGS. 1 to 7. The pot-holding molded product 1 for planting according to the present embodiment is formed of a foamable synthetic resin. As shown in FIG. 1, a potted pot-holding molded product 1 is mounted in a circular (conical frustum) pot 2 and planted in a circular (conical frustum) potting pot 3. Ornamental plants (not shown) are used for planting the pots 3 for potting. The pot-holding molded product 1 for planting is hereinafter simply referred to as a holding molded product 1. Hereinafter, the pot 3 for pot planting is simply referred to as pot 3. The pot 3 is formed in a truncated cone shape whose upper part is larger in diameter than the lower part, and is made of vinyl chloride or the like so as to be easily deformable.

  The holding molded product 1 includes a base portion 5 and a holding portion that are integrally formed with each other. The base part 5 is formed in a shape corresponding to the space inside the lower part of the bowl 2. That is, the base part 5 is formed in a truncated cone shape in which the upper part has a larger diameter than the lower part. The diameter of the base 5 is set smaller than the diameter of the space below the bowl 2.

  As shown in FIG. 3, a drainage channel 6 having a circular cross section that penetrates in the vertical direction is formed in the base portion 5. The drainage channel 6 is formed so as to be displaced with respect to the central portion in the radial direction of the platform 5. Specifically, the drainage channel 6 is disposed so as to be displaced forward with respect to the central portion in the radial direction of the platform 5. In FIG. 1, the code | symbol 2a shows the drainage hole formed in the bottom wall of the bowl 2, Therefore, in the state which mounted | wore the holding mold product 1 with the bowl 2, the drainage channel 6 is ahead also with respect to the drainage hole 2a. Misaligned. As will be described later, this positional deviation amount is not particularly limited as long as it is in a position deviating from a region corresponding to the bottom surface of the pot 3 when the pot 3 is placed on the placement surface.

  The base part 5 has a flat bottom surface 51, and as shown in FIG. 4, a plurality of drainage grooves extending between the outer peripheral surface 52 of the base part 5 and the drainage channel 6 are formed on the bottom surface 51. The drainage channel communicates with the drainage channel 6 regardless of the position of the drainage channel 6. In this case, the drainage grooves are formed in three radii around the drainage channel 6. Since the drainage channel 6 is displaced (forward) with respect to the radial center of the platform 5, the length of the drainage groove is different. In this case, the drainage groove includes a single first drainage groove 7 formed with the longest length, and a second drainage groove 8 and a third drainage groove 9 having the same length. The outer peripheral surface 52 of the pedestal 5 is formed as an inclined surface that is inclined radially outward toward the upper side, and the inclination angle of the outer peripheral surface 52 is substantially coincident with the inclination angle of the inner surface of the bowl 2.

  The first drainage groove 7 extends from the drainage channel 6 toward the rear. The second drainage groove 8 and the third drainage groove 9 are extended obliquely forward from the drainage channel 6 so that the separation distance increases toward the front.

  As shown in FIG. 2, the holding portion is a portion that holds the pot 3, and includes a placement surface portion on which the pot 3 is placed and a holding pillar portion that can come into contact with both sides of the outer peripheral surface 3 a of the pot 3. In the holding molded product 1 of the present embodiment, a plurality of pots 3 can be held. Specifically, three pots 3 can be held. That is, the holding unit includes a first holding unit, a second holding unit, and a third holding unit.

  The placement surface portion is distributed to the first holding portion, the second holding portion, and the third holding portion, and corresponds to the first holding portion, the second holding portion, and the third holding portion, respectively. A surface 11, a second placement surface 12, and a third placement surface 13 are configured. The first placement surface 11, the second placement surface 12, and the third placement surface 13 are formed in a substantially circular shape so as to correspond to the bottom surface of the pot 3, and are arranged around the drainage channel 6 centering on the drainage channel 6. ing.

  On the first placement surface 11, the second placement surface 12, and the third placement surface 13, the pot 3 having the same size is placed, while the first placement surface 11 and the second placement surface 13. Of the placement surface 12 and the third placement surface 13, the first placement surface 11 is formed in a larger area than the second placement surface 12 and the third placement surface 13.

  In particular, the drainage channel 6 side (the center in the left-right direction) of the first placement surface 11 is a center-side bulging surface portion 17 that bulges toward the drainage channel 6 in plan view. In other words, the center-side bulging surface portion 17 is provided to dispose the drainage channel 6 so as to be displaced forward with respect to the central portion in the radial direction of the base portion 5. Further, the rear portion of the first mounting surface 11 is an outward bulging surface portion 18 that protrudes radially outward from the outer peripheral surface 52 of the base portion 5 in plan view (bottom view). The second placement surface 12 and the third placement surface 13 are formed in the same shape and the same area.

  As shown in FIGS. 3 and 5, the first placement surface 11 is set at a position where the height from the bottom surface 51 of the base portion 5 is higher than the second placement surface 12 and the third placement surface 13. Has been. That is, the first placement surface 11 corresponds to a high place placement surface, and the second placement surface 12 and the third placement surface 13 correspond to a low place placement surface. Therefore, a stepped surface 19 in the vertical direction is formed between the first mounting surface 11, the second mounting surface 12 and the third mounting surface 13. 3 is a circular arc surface along the outer peripheral surface 3a.

  In each of the first placement surface 11, the second placement surface 12, and the third placement surface 13, a guide groove that guides water discharged from the pot 3 to the drainage channel 6 is formed. The guide groove communicates with the drainage channel 6 regardless of the position of the drainage channel 6. The guide grooves are a first guide groove 21 formed on the first placement surface 11, a second guide groove 22 formed on the second placement surface 12, and a third guide formed on the third placement surface 13. The groove 23 is constituted. The first guide groove 21, the second guide groove 22, and the third placement surface 13 extend between the outer peripheral surface 52 of the base 5 and the drainage channel 6. The bottom surfaces of the first guide groove 21, the second guide groove 22, and the third guide groove 23 are inclined toward the drainage channel 6, respectively. The first guide groove 21 and the first drainage groove 7, the second guide groove 22 and the second drainage groove 8, and the third guide groove 23 and the third drainage groove 9 are respectively arranged at corresponding positions in the vertical direction. Has been.

  The holding column portion is distributed as a first holding column portion 31, a second holding column portion 32, and a third holding column portion 33 formed in a column shape. The first holding column portion 31, the second holding column portion 32, and the third holding column portion 33 are extended obliquely upward from the upper surface of the placement surface portion. The first holding column part 31, the second holding column part 32, and the third holding column part 33 are arranged so as to be separated from each other in the circumferential direction of the base part 5. The heights of the first holding column portion 31 and the second holding column portion 32 from the bottom surface of the base portion 5 are set equal. The height of the third holding column portion 33 from the bottom surface of the base portion 5 is set to be lower than that of the first holding column portion 31 and the second holding column portion 32.

  The first mounting surface 11 is between the first holding column portion 31 and the second holding column portion 32, and as shown in FIG. 2, the opposing surface 31a of the first holding column portion 31 and the second holding column portion 32. , 32a are formed on curved surfaces that are convex in the opposite direction. The second mounting surface 12 is between the second holding column portion 32 and the third holding column portion 33, and the opposing surfaces 32b and 33a of the second holding column portion 32 and the third holding column portion 33 are convex in the opposite direction. It is formed on the curved surface. The third mounting surface 13 is between the first holding column portion 31 and the third holding column portion 33, and the opposing surfaces 31b and 33b of the first holding column portion 31 and the third holding column portion 33 are convex in the opposite direction. It is formed on the curved surface.

  That is, the first holding part is composed of the first placement surface 11 and the opposing surfaces 31 a and 32 a of the first holding column part 31 and the second holding column part 32. The second holding part is composed of the second placement surface 12 and the opposing faces 32 b and 33 a of the second holding column part 32 and the third holding column part 33. The third holding portion includes the third placement surface 13 and the opposing surfaces 31 b and 33 b of the first holding column portion 31 and the third holding column portion 33. Each of the opposing surfaces is a surface that is inclined so as to be positioned radially outward as it extends upward.

  The upper surface of the first holding column portion 31 includes a rear first horizontal surface 310 and a first inclined surface 311 inclined downward from the front end of the first horizontal surface 310 toward the diagonally forward direction. The upper surface of the second holding column part 32 includes a rear second horizontal surface 320 and a second inclined surface 321 that inclines downward from the front end of the second horizontal surface 320 toward the oblique front. The upper surface of the third holding column portion 33 is a horizontal plane 330 extending in the left-right direction.

  The outer surface of the first holding column portion 31 is a first outer surface 312 curved so as to be convex outward in the radial direction, and the outer surface of the second holding column portion 32 is curved so as to be convex outward in the radial direction. The outer surface of the third holding column portion 33 is a third outer surface 331 that is curved so as to be convex outward in the radial direction. The first outer surface 312, the second outer surface 322, and the third outer surface 331 protrude outward in the radial direction with respect to the outer peripheral surface 52 of the base portion 5. The first outer surface 312, the second outer surface 322, and the third outer surface 331 are formed in inclined surfaces that are located radially outward as they extend upward, and the inclination angle is the inclination of the outer peripheral surface 52 of the platform 5. It is set to be gentle compared to the angle.

  A method of using the holding molded product 1 having the above configuration will be described. First, the holding molded product 1 is mounted so as to be inserted into the bowl 2. At this time, the diameter of the pedestal 5 is set smaller than the diameter of the space below the bowl 2, and the outer peripheral surface 52 of the pedestal 5 is formed as an inclined surface inclined upward in the radial direction upward. 52 is substantially the same as the inclination angle of the inner surface of the bowl 2, and the inclination angles of the first outer surface 312, the second outer surface 322, and the third outer surface 331 are the inclination angles of the outer peripheral surface 52 of the base 5. It is set to be gentle compared to. For this reason, the holding molded product 1 can be inserted into the bowl 2 without difficulty.

  Next, the pots 3 on which ornamental plants such as phalaenopsis are grown are placed on the first placement surface 11, the second placement surface 12, and the third placement surface 13. Then, the outer peripheral surface 3 a of the pot 3 placed on the first placement surface 11 is held on the opposing surfaces 31 a and 32 a of the first holding column portion 31 and the second holding column portion 32. The outer peripheral surface 3 a of the pot 3 placed on the second placement surface 12 is held on the opposing surfaces 32 b and 33 a of the second holding column portion 32 and the third holding column portion 33. The outer peripheral surface 3 a of the pot 3 placed on the third placement surface 13 is held on the opposing surfaces 31 b and 33 b of the first holding column portion 31 and the third holding column portion 33.

  Thus, in a state where the pot 3 is placed on the first placement surface 11, the second placement surface 12, and the third placement surface 13, the first placement surface 11 is the second placement surface 12. Compared with the third mounting surface 13, the height from the bottom surface 51 of the platform 5 is set to a higher position. From this, if an ornamental plant grown to the same height is planted in each pot 3, the ornamental plant planted in the pot 3 placed on the first placement surface 11, The ornamental plant planted in the pot 3 placed on the second placement surface 12 and the ornamental plant planted in the pot 3 placed on the third placement surface 13 were planted in the other pot 3 The ornamental plant placed on the first placement surface 11 is higher than the ornamental plant. In particular, in ornamental plants such as phalaenopsis, the petals hang from the back to the front, so the planted ornamental plants can give the viewer a gorgeous image. You can enrich your sex. Since the center-side bulging surface portion 17 is a forward extension portion of the first placement surface 11, the second placement surface 12 or the second placement surface 12 in a state where the pot 3 is placed on the first placement surface 11. It is possible to prevent the pot 3 from falling to the three placement surfaces 13 side.

  If the ornamental plants in the pot 3 are watered, the water is supplied from each pot 3 to the first guide groove 21 formed on the first placement surface 11 and the second guide groove formed on the second placement surface 12. 22 and the third guide groove 23 formed on the third placement surface 13. And since the bottom face of the 1st guide groove 21, the 2nd guide groove 22, and the 3rd guide groove 23 is each inclined toward the drainage channel 6, water is smoothly guided toward the drainage channel 6. The water is drained well from the drainage channel 6 to the outside of the pot 2.

  The diameter of the base 5 is set smaller than the diameter of the space below the bowl 2. For this reason, it is considered that water enters between the pedestal 5 and the bowl 2. However, since the first drainage groove 7, the second drainage groove 8, and the third drainage groove 9 are formed on the bottom surface 51 of the base part 5, unnecessary water is discharged from these drainage grooves to the outside of the pot 2. It is discharged smoothly.

  The drainage channel 6 is disposed on the placement surface portion at a position displaced from a region where the pot 3 is placed on each placement surface and surrounded by the outer peripheral surfaces 3 a of the plurality of pots 3. According to this configuration, even if soil is filled in the space surrounded by the pots 3 with each pot 3 placed on each placement surface of the placement surface portion, the drainage channel 6 is filled with the soil. Therefore, it is possible to avoid a situation in which the drainage is stagnant and the water is poor.

  The present invention is not limited to the above-described embodiment, and various modifications can be made within the scope of the present invention. For example, in the above embodiment, the number of pots is three, but may be two or four. And according to the number of pots to be used, the number of holding pillars is also changed.

  And in the case of using two pots, the height of the ornamental plants can be changed by making the heights of the mounting surfaces different from each other. You will be given a gorgeous image and you can enrich your performance. In the case of four, the height of the ornamental plant can be changed by making the four mounting surfaces different, for example, so that the planted ornamental plant gives the viewer a luxurious image. As a result, it is possible to enrich the performance.

  Moreover, the planar shape of the mounting surface is not limited to a substantially circular shape, and can be changed according to the shape of the pot used. For example, when a square pot is used, it is preferable that the mounting surface has a substantially square shape. In this case, the facing surface of the holding column portion may be a flat surface.

  As an example of the configuration in which the position of the drainage channel is displaced from the center of the platform, the above embodiment has been described as being displaced forward, but it is located laterally, backward, diagonally forward, diagonally backward from the center of the platform It is also possible to shift. In short, it is set to a position where a part of the space surrounded by the pot is overlapped or removed entirely in plan view. In either case, even if the space surrounded by the pots is filled with soil, the drainage channel is not filled with soil by shifting the position of the drainage channel from the center of the platform.

  DESCRIPTION OF SYMBOLS 1 ... Holding molded product, 2 ... Bowl, 3 ... Pot, 5 ... Base part, 6 ... Drainage channel, 7 ... First drainage groove, 8 ... Second drainage groove, 9 ... Third drainage groove, 11 ... First loading Placement surface, 12 ... second placement surface, 13 ... third placement surface, 17 ... center-side bulging surface portion, 18 ... outward-side bulging surface portion, 19 ... stepped surface, 21 ... first guide groove, 22 ... 2nd guide groove, 23 ... 3rd guide groove, 31 ... 1st holding column part, 31a, 32a ... Opposing surface, 31b, 33b ... Opposing surface, 32 ... 2nd holding column part, 32b, 33a ... Opposing surface, 33 ... Third holding column

Claims (2)

A potted pot-holding molded product that is formed of a foamable synthetic resin, mounted in a pot, and used to plant an ornamental plant planted in a pot for potting together with the pot for potting,
A holding part for mounting and holding the pot for potting is provided, the holding part is provided with a mounting surface part on which a bottom surface of the pot for potting is placed,
The placement surface portion includes a low placement surface at a low height position, and a high placement surface at a height position higher than the low placement surface. A pot-holding molded product for planting.   A vertical drainage channel is formed on the mounting surface part, and a guide groove for guiding water discharged from the pot for potting to the drainage channel is formed on each of the high place mounting surface and the low place mounting surface, 2. The drainage channel according to claim 1, wherein the drainage channel is disposed at a position displaced from a region surrounded by an outer surface of the potting pots by placing a potting pot on each mounting surface in the mounting surface portion. Pot-holding molded product for planting.

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