JP6594387B2 - Flower arrangement system - Google Patents

Description

  The present invention rationally configures tools and auxiliary tools used for flower arrangements suitable for viewing from, for example, three-way or four-way (hereinafter referred to as three-way or four-way viewing), for example, events represented on Mother's Day The flower arrangement that enables the producer to produce a uniform and efficient production of uniform sizes (sizes) and flower arrangements required for mass-sales arrangement products such as catalog sales. About the system.

In the flower arrangement, cut flowers are cut into a predetermined length, and this is inserted into a predetermined position of a water-absorbing holding block accommodated in a vase, and various combinations of cut flowers and arrangements are devised to obtain various appreciations. Various flower arrangements and various tools and auxiliary tools have been proposed.
For example, a foamed plastic crown is fitted to the upper part of the pot, and the crown is formed with a curved upper surface, and a plurality of through holes for inserting fresh flowers are formed on the curved surface. There is an auxiliary tool for flower arrangement in which fresh flowers are inserted (see, for example, Patent Document 1)

  However, this conventional flower arrangement aid is difficult to produce because it takes a lot of time to form the through-holes because it forms multiple through-holes in the crown's curved surface with gradually increasing inclination angles from the center. There was a problem that the fresh flowers were dense and gave a complicated impression.

  In order to solve such a problem, the water-absorbing holding block is formed in a cylindrical shape, and the upper or lower inclined side surface is formed in a tapered surface shape between the upper surface and the side surface or between the bottom surface and the side surface. There is a holding block for flower arrangement in which concave position marks for inserting flower material are formed on the upper surface and the upper or lower inclined surface, and predetermined flower materials are inserted into each position mark (for example, Patent Documents) 2).

  However, the holding block requires the formation of position marks of different shapes on the upper surface, the upper inclined surface, and the bottom surface and the lower inclined surface, and two types of position marks are alternately formed on the upper inclined surface and the lower inclined surface. There is a problem that the structure of the position mark is complicated and the molding die is complicated and expensive.

  Therefore, as a solution to such a problem, a holding block made of a water absorbing material is formed in a substantially cubic polyhedron, and a concave position for inserting a flower material on the inclined surface between the upper surface and the side peripheral surface. A flower arrangement holding block in which a mark is formed and a predetermined flower material is inserted into each position mark, and a plurality of flower material rods having different lengths for cutting the flower material to a predetermined length are provided in different colors. There is a teaching tool for flower arrangement (for example, see Patent Document 3).

  However, the holding block requires the formation of position marks having different shapes on the upper surface and the inclined surface, which makes the structure complicated and requires the production of a plurality of flower rods. There was a problem that it was difficult to accurately align the flower material and it was difficult to cut the flower material to the same length as the length of the flower material stick.

Utility Model Registration No. 3014941 Japanese Patent No. 5943132 Japanese Patent No. 52015552

  The present invention solves such problems and rationally configures tools and auxiliary tools used for flower arrangements suitable for viewing from three or four sides (hereinafter referred to as three-sided or four-sided), for example, mother Producers must produce uniform and efficient production of uniform sizes (sizes) and flower arrangements required for mass-sales arrangement products such as catalog sales at events such as It aims at providing the flower arrangement system which enabled it.

According to the first aspect of the present invention, a holding block having water absorption is accommodated inside the vase , a convex curved surface or a spherical dome-shaped portion is provided on the upper half of the holding block, and a lower half of the holding block is provided. only setting a plurality of corner prismatic prismatic portion with a, provided with a fittable an angular columnar portion inside the vase, projecting a tip capable of holding the bottom of the holding block to the bottom of the vase In the flower arrangement system in which a plurality of flower materials or leaf materials having a predetermined length can be arranged and held at predetermined positions on the dome-shaped portion , a flat projecting surface is formed on the upper portion of the prismatic portion, The overhanging surface is arranged below the edge of the opening of the flower vase, and a part of the elastic member capable of holding the holding block is arranged on the overhanging surface so as to be engageable, so that the flower material escapes from the vase and the holding block swings. For example, the flower material after the arrangement When moving conveyed with vase, so that can move in a stable and safe.

In the invention of claim 2 , the dome-shaped part is formed by offsetting a predetermined distance from the front part of the prismatic part to the rear, the projecting surface is formed on the upper part of the prismatic part, and a wide projecting surface is secured and elastic. The members are easily and reliably engaged.
According to the invention of claim 3, a pair of plate-like latching pieces project outwardly at the opposite position in the center of the opening of the vase, and the latching portion at one end of the latching piece is placed on the base front surface of the dome-like part. It is arranged so that it faces, and the hooking portion at the other end of the hooking piece faces the upper peripheral surface of the dome-shaped portion, and an annular elastic member is provided on the hooking portion so that it can be passed over. A part of the member is disposed so as to be engageable with the overhanging surface, and a part of the elastic member is disposed so as to be engageable with the upper peripheral surface of the dome-shaped portion, and is hung on the hooking portion of the hooking piece. A part of the annular elastic member arranged to be engageable with the overhanging surface and arranged to be engageable with the upper peripheral surface of the dome-shaped portion, and the annular elastic member is stretched over the latching portion of the latching piece The holding block is easily and reliably held by the member, and the vertical movement and back-and-forth movement of the holding block are surely prevented.

According to a fourth aspect of the present invention , a cone-shaped cone is projected at the center of the bottom of the vase, and a plate-shaped point is projected at the center of the flat upper end of the cone, and held at the upper end. The bottom of the block is placed so that it can be placed, and the middle and upper parts of the dome-shaped part can protrude above the opening of the vase through the cone, and the bottom of the holding block is stably held at the upper end of the cone. In addition, the middle and upper portions of the dome-shaped portion are projected above the opening of the vase by the cone, and the flower material and leaf material are disposed at the middle and upper portions of the dome-shaped portion. leaf material well arranged appearance, and to so that to obtain a good appreciation enhance the arrangement effect.

According to a fifth aspect of the present invention, an overhanging projecting piece having a width substantially the same as the back of the dome-shaped portion is provided at the rear of the opening of the vase, and the height of the overhanging projecting piece is set to the dome in the vase. It is formed approximately the same height as the upper part of the shaped part, and the middle and upper parts of the back part of the dome-like part can be shielded through the projecting protruding piece to prevent problems due to the appearance of the back part of the holding block. We are in so that obtained the Do appreciation.
In the invention of claim 6 , the corner portion of the prismatic portion and the ridge line portion continuous to the corner portion are formed so as to be able to be scraped through the inner surface of the vase, and when the prismatic portion is fitted inside the vase, the prismatic portion is The inner surface of the vase can be press-fitted, and the prismatic portion can be easily and firmly held inside the vase .

According to the first aspect of the present invention, there is provided an elastic member capable of forming a flat projecting surface at the upper part of the prismatic portion, disposing the projecting surface below the edge of the opening of the vase, and holding the holding block on the projecting surface. Since part of the arrangement is arranged so that it can be engaged, for example, when the flower material after the arrangement is transported and moved together with the vase, the escape of the flower material from the vase and the swinging of the holding block are surely prevented, and they are stabilized. and can it to move safely.

In the invention of claim 2 , the dome-shaped part is formed by offsetting a predetermined distance from the front part of the prismatic part to the rear, and the projecting surface is formed on the upper part of the prismatic part, so that a wide projecting surface is secured. The elastic member can be easily and reliably engaged .
According to the invention of claim 3 , a pair of plate-like latching pieces project outwardly at the opposite position in the center of the opening of the vase, and the latching portion at one end of the latching piece is placed on the base front surface of the dome-like part. It is arranged so that it faces, and the hooking portion at the other end of the hooking piece faces the upper peripheral surface of the dome-shaped portion, and an annular elastic member is provided on the hooking portion so that it can be passed over. Since a part of the member is disposed so as to be engageable with the projecting surface and a part of the elastic member is disposed so as to be engageable with the upper peripheral surface of the dome-shaped portion, it is hung on the latching portion of the latching piece. The holding elastic block can be easily and reliably held by the transferred annular elastic member, and the holding block can be reliably prevented from moving up and down and back and forth .

According to a fourth aspect of the present invention , a cone-shaped cone is projected at the center of the bottom of the vase, and a plate-shaped point is projected at the center of the flat upper end of the cone, and held at the upper end. The bottom of the block is placed so that it can be placed, and the middle and upper parts of the dome-shaped part can be projected above the opening of the vase through the cone, so that the bottom of the holding block can be stably placed at the upper end of the cone. The dome-shaped middle and upper parts are projected above the opening of the vase by the cone, and the flower material and leaf material are arranged at the middle and upper parts of the dome-shaped part. Arranges the materials and leaves nicely, enhances the arrangement effect and has the effect of obtaining a good appreciation.
According to a fifth aspect of the present invention, an overhanging projecting piece having a width substantially the same as the back of the dome-shaped portion is provided at the rear of the opening of the vase, and the height of the overhanging projecting piece is set to the dome in the vase. It formed in Jo portion of the upper substantially same height, since the domed portion and the upper portion of the back of the dome-shaped portion via the overhung protrusion made possible shielding to prevent problems caused by expression of the back of the holding block, good You can get a good appreciation .

In the invention of claim 6 , the corner portion of the prismatic portion and the ridge line portion continuous to the corner portion are formed so as to be able to be scraped through the inner surface of the vase, and when the prismatic portion is fitted inside the vase, the prismatic portion is Since it can be press-fitted into the inner surface of the vase, the prismatic portion can be easily and firmly held inside the vase .

It is a perspective view which shows the condition which applied the 1st Embodiment of this invention to the flower arrangement for three directions. It is a perspective view which shows the condition before accommodating the holding block of the flower arrangement for the three-way viewing inside the vase, and inserting a flower material. It is the perspective view which looked at FIG. 2 from the right side. It is the perspective view which looked down at FIG. 2, and has accommodated the holding block inside the vase. FIG. 3 is a plan view of FIG. 2. It is a top view which shows the vase applied to the flower arrangement for the three-way viewing

It is sectional drawing which follows the AA line of FIG. It is sectional drawing which follows the BB line of FIG. (A) The perspective view which looked at the holding block applied to the said flower arrangement for three-way viewing from diagonally upward, (b) The front view of the said holding block, (c) The top view of the said holding block. (A) The perspective view which looked at the holding block applied to the said flower arrangement for three-way viewing from diagonally upper rear part, (b) The left view of the said holding block, (c) The rear view of the said holding block.

It is a top view which shows the cut scale used for this invention, and three types of cut scales are provided on the work table. It is a perspective view which shows the condition which applied the application form of this invention to the flower arrangement for four directions. It is a perspective view which shows the condition before inserting a flower material in the holding block of the said flower arrangement for four directions. It is a top view of the holding block applied to the flower arrangement for four-sided viewing.

It is sectional drawing which follows the CC line | wire of FIG. It is a top view which shows the condition before accommodating the holding block of the said flower arrangement for four directions inside a vase, and inserting a flower material. It is sectional drawing which follows the DD line | wire of FIG.

  Hereinafter, the illustrated embodiment in which the present invention is applied to a flower arrangement system (hereinafter simply referred to as a system) used for appreciation from the front and left and right sides (hereinafter referred to as a three-way viewing) will be described with reference to FIG. In FIG. 11, reference numeral 1 denotes an appreciation table installed at the front of a partition 2 such as a partition or partition or wall, on which a ceramic vase 3 used in the system of the present invention is installed, and the vase 3 A stem of a plurality of flower materials 5 and 6 is inserted and held in the holding block 4 accommodated in. In that case, it is also possible to insert the flower materials 5 and 6 together with the leaf material.

The vase 3 is formed in a bottle shape having a large-diameter circular opening 7, and the inner surface has a substantially circular cross section, and a fixed amount of water can be accommodated in the bottom of the deep bottom.
A pair of hooking pieces 8 and 8 are bent downward and protruded at a position in the diameter direction of the circumferential surface of the opening 7 of the flower vase 3, and each pair of hooking parts 8 a spaced apart from the hooking pieces 8 and 8 is provided. 8a, an annular elastic member 9 such as a rubber band is hooked.

The elastic member 9 is stretched back and forth across the circumferential surface of the opening 7, its front portion is stretched over a front surface of a base of a dome-shaped portion (to be described later) of the holding block 4 and directly above the offset surface, and its rear portion is dome-shaped. The holding block 4 is pressed by its elasticity or is positioned so as to be able to engage with the offset surface, thereby preventing escape from the vase 3 and swinging.
In the figure, reference numeral 10 denotes a substantially tongue-shaped protruding protrusion projecting upward at the rear part of the circumferential surface of the opening 7 so that the rear upper side of the holding block 4 can be shielded.

  A frustoconical cone-shaped cone 11 projects from the center of the bottom of the flower vase 3, and a wedge-shaped locking piece 12 projects from the upper end of the cone 11. The bottom of the holding block 4 is pierced so that it can be held. In the figure, 13 is a rubber plate attached to the bottom surface of the leg portion 14 of the vase 3 and can be installed in close contact with the appreciation table 1.

The holding block 4 is formed into a deformed column shape by a synthetic resin capable of absorbing water, in the embodiment, a foamable phenol resin, and a square columnar portion 4a is formed in the lower half portion thereof, and a substantially hemispherical dome is formed in the upper portion thereof. The shape part 4b is formed.
The prismatic part 4a is formed in a square cross section, and four corners 15 are formed at four corners thereof, and the corners 15 and a ridge line part continuous to the corners 15 can be press-fitted into the inner surface of the vase 3. ing.

  The dome-shaped part 4b is projected upright from a position offset backward from the front part of the upper surface of the prismatic part 4a, and its upper part is formed in a spherical shape having substantially the same diameter as one side of the prismatic part 4a, The rear portion is cut vertically to form a vast back surface 16 that is continuous with the rear surface of the prismatic portion 4a.

When the holding block 4 is held by the locking piece 12 in the vase 3, the upper surface of the prismatic part 4 a is positioned below the edge of the opening 7 of the vase 3 as shown in FIG. A flat overhanging surface 17 is concealed inside the vase 3.
In addition, the back surface 16 is spaced apart from the front of the overhanging projecting piece 10 and the back surface 16 is concealed from the back, and a gap 20 is provided between them so that the flower materials 5 and 6 after flower arrangement are arranged. Or it is used for the water injection section for leaf material.

  By doing in this way, the insertion of the flower material in the back 16 parts is avoided, the amount of the flower material used is reduced, the flower arrangement is made compact and the cost is reduced, and the flower material 5, 6 or the leaf material Water can be easily injected, and the freshness of the flower materials 5 and 6 can be maintained.

A plurality of flower material insertion position marks 18 and 19 are marked on the front and side peripheral surfaces of the dome-shaped portion 4b through appropriate stationery such as a felt pen. As a guide, predetermined flower materials 5, 6 or leaf materials can be inserted.
At that time, the stems of the flower material are inserted into the insertion position marks 18 and 19, and the insertion position can be held by the pressure contact force.

Two main insertion position marks 18 are arranged obliquely apart at the middle and high positions of the front peripheral surface of the dome-shaped portion 4b, and the main flower material 5 can be inserted therein.
The main flower material 5 is a flower material having a high-quality feeling among the used flower materials, and for example, roses are selected.

A plurality of flower material insertion position marks 19 are equidistantly spaced in the circumferential direction on the front and side peripheral surfaces and upper spherical peripheral surface of the dome-shaped portion 4b, which are separated from the main insertion position mark 18. The stems of the flower material 6 or the leaf material attached to the main flower material 5 can be inserted into these.
The type and color of the flower material 6 are selected in accordance with the type, color, theme, or image or theme of various events corresponding to the main flower material 5. For example, carnation is selected for an event on Mother's Day. The

The tip of the flower material 5, 6 or the leaf material is basically aligned with the outer spherical arrangement surface 21 along the spherical peripheral surface of the dome-shaped part 4b. 6 or the length of the leaf material needs to be adjusted and cut.
FIG. 11 shows a plurality of first to third cut scales 22 to 24 for that purpose, and these cut scales 22 to 24 are arranged on the upper surface of the work table 25.

  The first to third cut scales 22 to 24 are obtained by cutting three color-coded adhesive tapes made of synthetic resin into a predetermined length, and obliquely cutting the tip to form a diagonally cut portion 26. One end of the adhesive tape is positioned on the side end surface of the work table 25 and adhered in the lateral direction, and is arranged in parallel with being separated from the adjacent adhesive tape.

When cutting the flower materials 5 and 6 into a predetermined length, the flower material 5 or 6 or one end of the leaf material is positioned at one end of the corresponding cut scales 22 to 24, that is, the side end surface of the work table 25. 5 or 6 stems or branches are positioned along the cut scales 22 to 24, and a predetermined length position of the other end is obliquely cut with a flower cutting pin (not shown) with the oblique cut portion 26 as a guideline to a predetermined length. I try to cut it.
In this case, it is also possible to cut the main flower materials 5 and 5 slightly longer than the other flower materials 6, in the embodiment, about 1 cm longer, and arrange the main flower materials 5 and 5 while focusing.

The arrangement system configured as described above requires the production of the vase 3 and the holding block 4 and the installation of a work table 25 for cutting.
Among them, the vase 3 is produced uniformly in a pottery factory, a pair of hooking pieces 8 and 8 and an overhanging protruding piece 10 are projected on the peripheral surface of the opening 7, and a cone 11 and a locking piece 12 are provided on the inner bottom. To project.
The holding block 4 is resin-molded into a prismatic shape having a predetermined dimension, and is molded by a molding apparatus (not shown).

The molding apparatus includes a chuck that holds and rotates a prism-shaped resin molding material, and a cut gauge (not shown) that spherically cuts one half of the resin molding material. The end is chucked and rotated, and a curved gauge formed in a concave shape is pressed to a predetermined position on one half of the end, and the dome-shaped portion 4b is cut into a predetermined spherical surface or curved surface to produce a holding block 4 To do.
Thereafter, for example, an insertion position mark gauge (not shown) is pressed against the dome-shaped portion 4b, and the insertion position marks 18 and 19 are marked with appropriate stationery at predetermined positions on the circumferential surface of the gauge.

As the work table 25, a table having a flat and wide upper surface is prepared, and first to third cut scales 22 to 24 having different lengths are arranged in parallel on the upper surface.
For the first to third cut scales 22 to 24, three types of adhesive tapes made of different colors of synthetic resin are prepared, cut into predetermined lengths, the tip thereof is obliquely cut, and the oblique cut portion 26 is formed. Form.
Then, one end of the cut first to third cut scales 22 to 24 is positioned and bonded to the side end surface of the upper surface of the work table 25, and the other ends are bonded to each other in parallel.

  When the work material 25 is used to cut the flower materials 5 and 6 into a predetermined length, one end of the flower material 5 or 6 or the leaf material is one end of the corresponding cut scale 22 to 24, that is, Positioned on the side end face of the work table 25, the stems or branches of the flower materials 5 and 6 are arranged along the cut scales 22 to 24, and the predetermined length position of the other end is clipped with the oblique cut portion 26 as a guide ( (Not shown) is cut obliquely and cut to a predetermined length. This situation is as shown in FIG.

Since the vase 3 has a relatively simple configuration, it can be easily manufactured in a pottery factory, and the holding block 4 can be easily molded with a prismatic resin molding material, and its curved surface processing is a relatively simple configuration. Can be produced easily with this molding equipment.
The insertion position marks 18 and 19 can be marked uniformly and simply by using a predetermined mark gauge and stationery.
Further, the cutting work table 25 is formed by adhering one end of three types of adhesive tapes made of different colors of synthetic resin on the upper surface of a general-purpose table and cutting the tape into a predetermined length. Since the other ends need only be separated from each other and bonded in parallel in the lateral direction, the configuration can be simplified.

When a flower arrangement for three-way viewing is performed using the arrangement system tool and auxiliary tools produced in this way, the holding block 4 is first accommodated and fixed in the vase 3.
In that case, the vase 3 is placed on the work table 35, the offset portion 17 of the holding block 4 is held toward the front side opposite to the overhanging protruding piece 10, and the bottom portion is pushed into the vase 3 to Is inserted into the tip 12a of the locking piece 12 projecting from the bottom of the vase 3.

If it does in this way, the corner | angular part 15 and its ridgeline part of the holding block 4 will be press-fitted and pressed into the inner surface of the vase 3, and when the bottom part contact | abutted to the latching piece 12, it will push at a stretch and the bottom face will be the latching piece 12 Is inserted into the tip 12a.
For this reason, the four corners 15 and the ridge line portion of the holding block 4 are pressed and pressed into the inner surface of the vase 3, and the bottom surface is firmly held by the wedge effect due to the press-fitting of the locking piece 12.

  This situation is as shown in FIGS. 7 and 8, and the upper surface of the prismatic part 4 a is located below the edge of the opening 7 of the vase 3, the overhanging surface 17 is concealed inside the vase 3, and the back surface 16 is covered. The projecting piece 10 is spaced apart from the front and conceals the back of the back surface 16.

  Thereafter, an annular elastic member 9 such as a rubber band is prepared, and this is stretched over a pair of latching portions 8a and 8a, and the front portion is directly above the projecting surface 17 on the front surface of the dome-shaped portion 4b of the holding block 4. And the rear part is hung on the upper peripheral surface of the dome-shaped part 4b.

Then, the holding block 4 is pressed into the vase 3 by the elasticity of the elastic member 9 or is positioned so as to be able to engage with the overhanging surface 17 to prevent escape and swinging from the vase 3.
This situation is as shown in FIGS. Thereafter, a predetermined amount of water is poured into the vase 3 using the gap 20 between the protruding protrusion 10 of the vase 3 and the back surface 16 of the holding block 4, and this is absorbed by the holding block 4.

After the holding block 4 is stably held by the flower vase 3 in this way, the flower materials 5 and 6 and the leaf material previously cut into a predetermined length are inserted into the dome-shaped portion 4b.
When cutting the flower materials 5 and 6 and the leaf material, the cutting length is determined based on the arrangement surface 21 according to the type and insertion position, and the first to third cut scales 22 to 22 are used for the cutting. 24 is used.

The first to third cut scales 22 to 24 are made of synthetic resin adhesive tape, which is spaced apart from the upper surface of the work table 25 and pasted in parallel in the horizontal direction, and the flowers on the cut scales 22 to 24 The materials 5 and 6 or the leaf material are arranged along, and the predetermined length positions on the end portions of the cut scales 22 to 24 are obliquely cut with a flower cutting pin (not shown).
Therefore, as compared with the conventional method of holding the flower material stick along the flower material or the leaf material and cutting the rough position of the end portion, the workability is good and it can be cut stably and accurately. And since the cut scales 22-24 are arrange | positioned in the horizontal direction, workability | operativity is good and it can position and cut | disconnect the flower materials 5 and 6 and a leaf material easily and correctly.

After cutting the flower materials 5, 6 or the leaf material into the predetermined length 26, they are inserted into the holding block 4 of the vase 3 that has been moved onto the work table 35.
In that case, first the main flower material 5, 5 having a high-class feeling is inserted into the insertion hole position marks 18, 18, and then the other flower material 6 is inserted into the other insertion position mark 19, and the main flower material 5, 5 is focused and arranged, and another flower material 6 or leaf material is additionally inserted to prevent the dome-shaped portion 4b from being exposed.

At that time, since the holding block 4 is pressed by the elastic member 9 and restrained in the flower vase 3 and is prevented from moving, the flower materials 5 and 6 can be stably inserted.
Thereafter, the flower arrangements 5 and 6 are moved together with the vase 3 to the appreciation table 1, and the main flower arrangements 5 and 5 are placed in front of the front part 2 at the front of the partition 2.

This situation is as shown in FIG. 1, in which the main flower materials 5 and 5 are located in front of the front, the other flower materials 6 and leaf materials are arranged surrounding the main flower materials 5 and 5, It can be viewed from the left and right sides.
Since such a flower arrangement for three-way viewing does not require the arrangement of the flower materials 5, 6 and the leaf material behind the vase 3, the amount of the flower materials 5, 6 and the leaf material is reduced accordingly. The occupied space can be made compact and the cost can be reduced.
In addition, after flower arrangement, water is periodically poured into the gap portion 20 of the vase 3 to keep the holding block 4 water and maintain the freshness of the flower materials 5 and 6.

  In addition, when the flower arrangement 5, 6, etc. after the flower arrangement is transported together with the vase 3 to an isolated position by an automobile or the like, the holding block 4 is pressed by the elastic member 9 and is restrained in the vase 3. Therefore, it is possible to prevent the holding block 4 from coming out of the vase 3 due to vibration or shock during transportation, and to prevent the flower materials 5 and 6 from dropping out of the holding block 4, thereby enabling safe transportation.

12 to 16 show an application form of the present invention, and the same reference numerals are used for components corresponding to the above-described embodiment.
In this application mode, the present invention is applied to a flower arrangement system suitable for viewing from the front, left and right sides, and the rear four sides (hereinafter referred to as a four-sided view) instead of the three-sided flower arrangement.
The vase 3 used in this application form is configured to be slightly shallower than the vase 3 for three-way viewing, adopts the configuration of the cone 11 and the locking piece 12 at the bottom thereof, and the peripheral edge on the opening side is the above-mentioned latching The configuration and production are simplified by omitting the piece 8 and the overhanging projecting piece 10, and a holding block 27 for four-sided viewing is used in this vase 3 instead of the holding block 4 for three-sided viewing.

The holding block 27 is formed into a deformed prismatic shape by the same material as the holding block 4, and forms a quadrangular prismatic prismatic portion 27 a in the lower half portion thereof, and has a hemispherical shape in the center of the upper surface of the prismatic portion 27 a. A dome-shaped portion 27b is projected.
The prismatic portion 27a is formed in a square cross section, and four corner portions 28 are formed at four corners thereof, and a ridge line portion continuous with the corner portion 28 can be press-fitted into the inner surface of the vase 3.

The dome-shaped portion 27b protrudes from the center of the upper surface of the prismatic portion 27a, and has a spherical diameter that is slightly smaller than or substantially equal to one side of the prismatic portion 27a. A plurality of flower material insertion position marks 29, 30 are marked on the top and the peripheral surface of the top.
In the figure, 31 is a flat projecting surface formed around the base of the dome-shaped portion 27b on the upper surface of the prismatic portion 27a.

Among them, a plurality of main insertion position marks 29 are marked at equally spaced positions on the middle and high peripheral surfaces of the dome-shaped portion 27b, and the main flower material 32 is inserted using these position marks 29 as a guide. A plurality of flower materials 33 attached to the main flower material 32 can be inserted.
Like the holding block 4, the holding block 27 is press-fitted and accommodated inside the flower vase 3, and the tip of the locking piece 12 is pierced and held at the bottom thereof.

In the flower arrangement of this application form, the flower materials 32 and 33 and the leaf material are inserted into the dome-shaped portion 27b, and the actual operation is performed in the same manner as in the above-described embodiment. It arrange | positions on a surrounding surface at equal intervals, and arrange | positions the flower material 33 along the circumferential direction in the up-and-down position.

The flower materials 32 and 33 thus flower arranged are moved to the viewing table 1 together with the vase 3 and installed. This situation is as shown in FIG. 12, in which the main flower material 32 and the flower material 33 are arranged in three layers in the circumferential direction adjacent to each other in the upper and lower sides, and they appear in the front, rear, and left and right sides, and are gorgeous. Appreciated by playing.
Such a flower arrangement for four-sided viewing is arranged in a gorgeous manner with abundant arrangement of the flower materials 32 and 33 and leaf materials, which is viewed from the four sides of the viewing table 1 with the partition 2 removed.

  As described above, the flower arrangement system of the present invention rationally configures tools and auxiliary tools used for flower arrangements suitable for viewing from, for example, three-way or four-way, and catalogs such as events represented on Mother's Day. It enables the producer to produce uniformly and efficiently the uniform size (size) and arrangement of flower materials required for mass-sales arrangement products such as sales.

3 Vase 4, 27 Holding block 4a, 27a Square column part 4b, 27b Dome part 5, 32 Main flower material

6,33 Flower material 7 Opening 8 Hanging piece 9 Elastic member 10 Overhanging projecting piece 12a Pointed portion 15, 29 Corner portion

16 Back part 17, 31 Overhang surface,
20 Cavity 22-24 First to third cut scale

Claims (6)

A holding block having water absorption is accommodated inside the vase , a convex curved surface or a spherical dome-shaped portion is provided in the upper half of the holding block, and a plurality of corners are provided in the lower half of the holding block. only set a prismatic prismatic portion, provided with a fittable an angular columnar portion inside the vase, projecting a pointed end capable of holding the bottom of the holding block to the bottom of the vase, the dome-shaped portion In the flower arrangement system in which a plurality of flower materials or leaf materials having a predetermined length can be arranged and held at predetermined positions , a flat projecting surface is formed on an upper portion of the prismatic portion, and the projecting surface is formed as an opening of a vase A flower arrangement system, characterized in that a part of an elastic member that can be held on the projecting surface and that can hold the holding block is arranged to be engageable . The flower arrangement system according to claim 1 , wherein the dome-shaped portion is formed by being offset by a predetermined distance from the front portion of the prismatic portion to the rear, and the protruding surface is formed on an upper portion of the prismatic portion . A pair of plate-like latching pieces projecting outward at the opposite position in the center of the opening of the flower vase, and the latching portion at one end of the latching piece is placed facing the front of the base of the dome-shaped part, A hooking portion at the other end of the hooking piece is disposed so as to face the upper peripheral surface of the dome-shaped portion, and an annular elastic member is provided on the hooking portion so as to be able to be looped. The flower arrangement system according to claim 1, wherein the flower arrangement system is disposed so as to be engageable with the projecting surface, and a part of the elastic member is disposed so as to be engageable with the upper peripheral surface of the dome-shaped portion . A cone-shaped cone is projected at the center of the bottom of the vase, a plate-shaped point is projected at the center of the flat upper end of the cone, and the bottom of the holding block is placed at the upper end. The flower arrangement system according to claim 1 , wherein the flower arrangement system is provided so that the middle and upper parts and the upper part of the dome-like part can protrude above the opening of the flower vase through the cone . At the rear of the opening of the vase, an overhanging protruding piece having the same width as that of the back of the dome-shaped portion protrudes upward, and the height of the protruding protrusion is approximately equal to the upper portion of the dome-shaped portion in the vase. The flower arrangement system according to claim 1 , wherein the flower arrangement system is formed at the same height so that the middle and upper portions of the back portion of the dome-shaped portion can be shielded via the projecting protruding piece . The corner part of the prismatic part and the ridge line part that continues to the corner part can be cut through the inner surface of the vase, and the prismatic part can be press-fitted into the inner surface of the vase when the prismatic part is fitted inside the flower vase. flower arrangement system according to claim 1, wherein you.

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