JP2561496B2 - How to create instant flower beds - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention provides an easy and short flower bed of a desired shape at a desired place, for example, in an empty area scattered in an urban area, at a required place such as a venue for various events. The present invention relates to a method for forming an instant flower bed that can be formed in time.

(Prior Art) Conventionally, in the case of forming a flower bed, a method of planting flower seedlings or flowering plants using well-cultivated soil in a well-cultivated specific place is most commonly used. There is.

Also, although the taste is slightly different from the above-mentioned flower beds, flowers are often used for the purpose of short-term decoration of venues at various events, public facilities, etc. The current situation is that the flower pots grown in the flower pots are directly juxtaposed on concrete or on the base plate.

(Problems to be solved by the invention) However, in the case of the former of the above-mentioned conventional techniques, since a large amount of open space is required, it is difficult to form a flower bed itself in an urban area with few open spaces. Even if there is a vacant lot, it takes a lot of labor and time to create the flower bed, and changing the flower bed design also requires a lot of cost, effort, and time. Therefore, especially in urban areas, for example, when constructing flower beds in station buildings, parks or buildings, the latter means of arranging flower pots side by side on concrete or a specially constructed base plate in these facilities must be adopted. In this case, there is a problem that in this case, the individual flower pots are severely dried and withered due to lack of irrigation, and the flower plant is liable to be painful, and is likely to be damaged by strong wind or human touch, and the like. There is a strong feeling that they just put flower pots, and there is a problem that the flower bed lacks aesthetics.

The present invention has been developed in response to the above problems, and can easily form a flower bed of a desired shape everywhere in an extremely short time, and can maintain a good irrigation state without causing withering. The purpose of the present invention is to provide an economical instant three-dimensional flower bed formation method that can be enjoyed for a long period of time without planting pain.

(Means for Solving Problems) In order to achieve the above-mentioned object, a method for forming an instant flower bed according to the present invention comprises a flower plant insertion port and a bottom portion, and an opening portion provided at a plurality of positions on the circumferential side. A plurality of flower plant holders consisting of these are integrally arranged to form a base material for forming an instant flower bed, and rock wool, water moss, and other water-permeable and water-retaining agents are placed in each flower plant holder of the base material. Each of the flower stocks whose peripheral side is coated with a coating material having the above is inserted into the peripheral side opening portion of the flower stock holder to engage the coating material, and the base material holding the large number of flower stocks is inserted. The feature is that a large number of flower beds are formed at desired places to form flower beds of a desired shape.

(Operation) In the above-mentioned method for forming an instant flower bed, each flower plant to be inserted into each flower plant holder of the base material is inserted in a press-fit state when the flower plant is growing considerably, The covering material is to be eaten into the peripheral opening of the holder when inserting the flower stock, and even when the flower stock is small, it grows with the passage of time after insertion, so the covering material is the same as above. Since it digs into the peripheral opening of the holder, each flower plant is securely held in the holder and does not escape to the outside.

In addition, since each flower strain is coated with a coating material having excellent water permeability and water retention property such as rock wool and water moss, it is possible to maintain a good irrigation state for a long time just by occasionally irrigating the flowers of the flower strain. It does not inadvertently wither, and the soil of the flower plant is not lost.

Furthermore, when carrying out this instant flower bed formation method,
As mentioned above, the flower seedlings are packed in the base material of the flower seedling industry in advance, and the material that has been grown until just before flowering is transported to the required flower bed forming place with the base material, and many of them are installed in parallel. By just doing the work, an instant flower bed is formed in an extremely short time. Also, the formation site does not cause any trouble whether the installation surface is land, asphalt, or concrete.

(Examples) Hereinafter, examples of the present invention will be described with reference to the accompanying drawings. As shown in (a) and (b) of Fig. 1, a flower plant grown under a flower seedling producer. In this embodiment, a covering material 2 made of rock wool having high water permeability and water retention is wound around the circumference of a flower stock 1 composed of F and soil G to form a covered flower stock, and a large number of them are formed. To prepare.

Further, as shown in FIG. 3 and FIG. 4, a flower plant insertion port 3 and a bottom part 4 which are formed by opening the upper part are provided, and a plurality of vertical frames 5 are provided around the insertion port and the bottom part. A state in which a pot-shaped flower plant holder 7 having wide open portions 6 provided at a plurality of positions on the circumferential side is hung below a flat rectangular substrate 8 by connecting with a wide space by Then, a large number of instant flowerbed forming base materials 9 integrally formed by a plastic molding means are prepared so that the large number of them are arranged substantially evenly and two-dimensionally.

Next, the above-mentioned covered flower plant is inserted into each flower plant holder 7 of each of the above-mentioned base materials 9. However, when the flower plant is already grown considerably large at the time of insertion, it is inserted in a press-fit state. ,
The covering material 2 for the flower stock is to be embedded in each opening 6 of the holder 7, and when the flower stock is still a little small at the time of insertion, it is inserted in a loosely inserted state, but after the insertion, the holder 7 is inserted. By being grown in the same manner, the covering material 2 of the flower stock naturally digs into the open portions 6 of the holder 7 in the same manner as described above. In order to bite, each covered flower plant has its peripheral side projected outward as shown in FIGS. 1 (C) and 2, and is engaged with the holder 7 in a non-pulled state. Each base material 9 in which a large number of flower strains 1 are inserted as described above
In the normal case, they are stored and grown in a predetermined place until just before the opening, and when it is necessary to form a flower bed, they are transported to a necessary number of base material 9 flower bed forming places, and are transferred to FIGS. ), (C),
As schematically shown in (d), the base materials 9 are continuously installed in parallel to form an instant flowerbed FG having a desired shape in a short time. That is, each of the flower beds FG schematically shown in FIG. 5 is formed by installing a large number of base materials 9 on the concrete C surface, and (a) is directly installed on the flat concrete C surface. It shows an example of forming flower beds by installing them in parallel, (b)
Shows an example in which a flower bed is formed on a flat concrete C surface by laying it in parallel with a water retaining material such as rock wool or a laying material 10 such as sand, and (C) shows a lock on a sloping concrete C surface. This shows an example in which flowerbeds are formed by installing them in parallel via a water-retentive laying material 10 such as wool, and (d) shows a water-retentive laying material such as rock wool on a curved concrete C surface composed of an inclined surface and a vertical surface. An example in which flower beds are formed by installing objects 10 in parallel is shown.

In each of the above examples, in the case of (a), since it is simply installed, the flowerbed can be formed most easily,
In the case of (b), since it is installed through the laying object 10 such as sand or rock wool, the water retention can be further improved in addition to the workability, and (c) and (d)
Since it is installed on a slope or a curved surface, it is possible to form a flower bed with a novel inclined shape that has a three-dimensional effect, while improving the water retention by the presence of the laying object 10 It is possible.

In the case of forming flower beds of (c) and (d) above, for example, as shown in FIG. 6, a locking tool 11 such as a hook is driven into a required portion of the inclined concrete C surface, and the locking tool is driven. By engaging the base material 9 with the base material 11, slipping of the base material can be reliably prevented. Even when the base material 9 is arranged obliquely or vertically in this way, the soil G and the like of each flower plant 1 does not leak out from the open portion 6 of the holder 7 due to the presence of the covering material 2.

Further, in this embodiment, the bottom 4 of the flower stock holder 7 is shown to have a bottom in order to prevent leakage of the soil G and the like, but this is not an essential requirement of the present invention. If the bottom surface of the flower plant 1 is covered with a covering material 2 such as rock wool or the like, or if the holding tool 7 is formed in the shape of a sunken recess, or if the holding tool 7 is formed in the shape of a dent. It does not matter if the entire surface is opened.

Further, although the base member 9 having a rectangular planar shape is shown in the above embodiment, the base member may have a square planar shape or another shape, and is not particularly limited. However, in order to form flower beds without spots by arranging the flower plant holders 7 at equal intervals, as shown in FIG. 7, the left and right or front and rear edges of the base material 9 having a rectangular planar shape are used. Same shaped bulge 9a
It is desirable that the concave portions 9b and the concave portions 9b are provided symmetrically, and the holders 7 are arranged at equal intervals in the manner shown in FIG.

(Effects of the Invention) The present invention is a substrate for forming an instant flower bed by integrally arranging a large number of flower plant holders each having a flower plant insertion port and a bottom portion, and provided with opening portions at a plurality of circumferential positions. And then, in each of the flower stock holders of the base material, insert the flower stock whose peripheral side is covered with rock wool, water moss, other water-permeable, water-retaining coating material, respectively. Immediately characterized by forming a flower bed of a desired shape by digging into and engaging with the peripheral opening of the flower stock holder, and installing a large number of base materials holding this many flower stocks at required locations. Since it relates to the method of forming a flower bed, it can exhibit the following various effects that cannot be achieved by the conventional flower beds described above.

(1) Since the flower plant inserted into each flower plant holder of the base material is covered on the peripheral side with a coating material such as rock wool, which is highly water-permeable, water-retaining and elastic, it is possible to irrigate the flower plant. Even if the number of times is small, it can always moisten the root of the flower plant moderately, without inadvertently withering or damaging the flowers, and through the opening provided on the peripheral side of the holder. Excessive drainage,
Since the soil can be sufficiently ventilated to the root of the flower plant and roots can be effectively prevented, the appearance of the flower bed and the number of lives can be remarkably maintained for a long period of time.

(2) As for the flower stock inserted into each flower stock holder of the base material, the covering material that coats the peripheral side of the flower stock bites into the open portion on the peripheral side of the holder, so that the flower stock is engaged with the holder. Therefore, the flower plant does not escape from the holder even if the base material is arranged at any angle, and there is no fear that the covering material leaks soil such as soil from the opening of the holder. .

(3) An instant flower bed having a desired shape can be easily formed in an extremely short time by a simple work of transporting and arranging a large number of base materials into which flower stocks are inserted to a flower bed forming place.

(4) Regardless of whether the place where the flower bed is formed is the ground, concrete surface, base plate surface, flat surface, inclined surface, vertical surface, curved surface, or any other place Since the flower bed can be formed, the flower bed can be formed not only outdoors but at any desired place indoors at any time.

(5) As long as the connections of the base materials are kept strong, it is possible to form an instant flower bed in the suspended state even if there is no contact surface at the bottom of the base material. The flower bed can be formed in space.

[Brief description of drawings]

The drawings show an embodiment of the present invention. Fig. 1 (a) is a perspective view of a flower plant, and Fig. 1 (b) is a method of inserting the flower plant into a flower plant holder for an instant flower bed forming base material. Perspective view of the state, FIG. 1 (c)
Is a perspective view showing a state where the flower stock is press-fitted into the base flower stock holder,
2 is an enlarged sectional view taken along the line AA of FIG. 1 (c), FIG. 3 (a) is a side view of the instant flower bed forming base material, and FIG. 3 (b) is a plan view thereof. FIG. 4 is a perspective view of a flower stump holder part in which a part of the base material is cut away, and FIGS. 5 (a) and 5 (b).
(C) and (d) are side views showing various aspects of an instant flower bed formed on concrete, and FIG. 6 is a side view showing a base material slipping prevention means of the flower bed shown in FIG. 5 (c), and FIG. [Fig. 3] is a plan view showing another example of a base material for forming an instant flower bed. (Explanation of symbols) 1 ... Flower stock, 2 ... Coating material, 3 ... Flower stock insertion port, 4 ... Bottom part, 6 ... Open part, 7 ... Flower stock holder, 9 ... Instant flower bed formation Base material, FG ... Flowerbed.

Claims (1)

(57) [Claims] 1. A substrate for forming an instant flower bed is formed by integrally arranging a large number of flower plant holders each having a flower plant insertion port and a bottom portion and provided with opening portions at a plurality of positions on the circumferential side, Into each flower stock holder of the base material, a flower stock whose peripheral side is covered with rock wool, water moss, or other covering material having water permeability and water retention is inserted, and the covering material is held in the flower stock holder. A method for forming an instant flower bed, which comprises forming a flower bed of a desired shape by placing a large number of base materials holding the large number of flower stocks at required places by engaging with and engaging with the peripheral side open portion of .