JP2012213368A - Flower vase device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve a problem wherein a fresh flower, which gives pleasure to daily life and which is loved by everyone, in a flower vase will wither caused by water shortage if water can not be changed because of long-time absence at home, though no problem occurs if water can be frequently changed, because it is necessary to change water in the flower vase everyday or every few days to keep the fresh flower in the flower vase.SOLUTION: The flower vase device is configured as a cylindrical container to be inserted into a mouth of a flower vase 16 as if it is an adapter so that the flower vase can be easily transformed into an automatic watering flower vase. The mouth of the flower vase is closed by a ring-shaped elastic body 3 closely attached to the cylindrical container-structured flower vase device along the outer peripheral surface at the top of the device, and a sealed space is formed within the flower vase in which water and air are sealed, wherein the air and water communicate with the flower vase device. Water within the flower vase is automatically fed so that the level of water in the flower insertion space inside the water vase device into which a fresh flower is inserted is uniform with the balance between the air inside the sealed space and outside air. With this mechanism of the flower vase device, the flower vase is transformed into the automatic watering flower vase.

Description

    The present invention relates to a vase that automatically converts a general vase having a flower slot on its upper surface into an automatic water supply vase.

In order to keep fresh flowers in a vase, it has been conventional to change the water in the vase every day or every few days. However, when it was absent for a long time, the water could not be replaced and the fresh flowers withered.
In order to solve this problem, for example, as shown in the following patent document, an automatic water supply container for fresh flowers is automatically supplied from the outside of the vase by a siphon action and water supply is inserted into the vase. And there is an automatic water dispenser for flower donation that automatically supplies water.
In addition, a water tank automatic water supply device that integrates a water storage tank and a vase and uses it for automatic water supply, and an automatic water supply function that uses the water stored in that part for automatic water supply with a sealed double structure on the side periphery of the vase Some vases have it.

JP 2006-87413 PR JP 9-47168 PR JP 2002-223647 PR For such problems, the automatic water supply container for fresh flowers that automatically replenishes the water with siphon action from the outside of the flower vase (Patent Document 1) has a large flower vase as a fresh flower container. In this case, water can be replenished with the automatic water supply container for fresh flowers, but since the vases used in general households are small, it is difficult to use the automatic water supply containers for fresh flowers as general vases used at home. In addition, for flowers with relatively high height, such as donations, there is an automatic water dispenser for flower donation that automatically supplies water by inserting the water supply part of the automatic water dispenser into the flower vase for flower donation. In addition, since the fresh flowers put into general vases are cut smaller in height, the general vase used at home is smaller than the automatic water supply for donations, so the water supply part of the automatic water supply for flowers is used at home Inserting into a vase is difficult in terms of size, and when the water supply section is inserted, the center of gravity of the entire vase including the automatic water supply becomes high and it is easy to fall down. Not suitable for.

In addition, there is an automatic water tank water supply device that integrates a water tank and a vase (Patent Document 3), but since the water tank is integrated on the vase that functions as a vase, Although it is high and the bottom area is small compared to the large and heavy top, it is suitable for vasestone vases to be inserted and fixed, but it is unsuitable as a general vase just placed because of its height and instability.
In addition, there is a vase with a water supply function that has a double structure on the side wall of the vase (Patent Document 4), but it cannot be used because the inner wall side of the sealed space cannot be opened by the side wall of the double structure that becomes the water reservoir. In addition, it is difficult to remove the adhering scale, and since the water supply port is on the bottom surface, it is necessary to remove fresh flowers every time the water is supplied and invert the vase.

  In addition, the inventions of (Patent Document 1) and (Patent Document 2) are inventions related to a mechanism for supplying water from the outside without changing the flower container, and there are problems in size and structure (Patent Document 3), ( Since the invention of Patent Document 4) is an invention in which the flower container itself has an automatic water supply function, there is a problem that it cannot be used for existing flower vases.

However, originally, vases have a major role in fostering aesthetic spaces with fresh flowers, and there are many cases in which aesthetic spaces are fostered only with vases. The same applies to Buddha vases as well as general vases. The vase mentioned above is likely to damage the surrounding aesthetic space of the vase due to its size and shape, and outside the vase for installation. There was a problem in that it needed a new space and could not be used for existing vases.
The present invention can add an automatic water supply function to a vase by simply pressing and inserting it into the flower vase, regardless of whether the vase is new or existing, without damaging the aesthetic space around the vase. The purpose is to provide ingredients.

  The flower vase according to claim 1 is a flower vase having a cylindrical container structure that is used by being inserted into a vase, and is provided with a vertically long cylinder having a water level adjusting duct on the inner peripheral surface of one cylinder and a 2 flange-shaped ridge at the upper part. A vertical cylinder, a disc-shaped net cover having a number of through-holes on its surface, a spring pipe penetrating the bottom surface in the interior, and a raised bottom container having a plurality of U-shaped notches at the lower end of the outer peripheral surface, It is composed of 1 to 5 ring-shaped elastic bodies that are closely attached so as to be wound around the upper outer peripheral surface. The main vertically long cylinder is internally threaded at the upper and lower ends of the inner peripheral surface. The structure includes a peripheral edge at the upper part of the outer peripheral surface, a communication hole penetrating the outer peripheral surface immediately below the peripheral edge, and a water level adjusting duct in the inner peripheral surface and communicating with the communication hole.

  In addition, the upper part of the outer periphery of the vertically long cylinder has a through-hole with a diameter that matches the outside diameter of the vertically long cylinder in the center of the flat inverted truncated cone, and is closely attached by inserting a ring-shaped elastic body from the top. In addition, the male screw structure provided on the outer peripheral surface of the lower end portion of the vertical cylinder provided with a flange-like flange on the upper end portion of the vertical cylinder so as to hold the upper surface of the elastic body is provided on the upper end portion of the inner peripheral surface of the vertical cylinder. It is screwed into a female screw structure and attached, and the elastic body is fixed to the outer peripheral surface of the vertically long cylinder so as to be sandwiched between the flange and the periphery.

  Furthermore, a mesh lid having a male screw structure is screwed and attached to the lower peripheral portion of the vertically long cylinder on the outer peripheral side surface of the strainer-shaped disk having a number of through holes on the surface, and the mesh protruding from the bottom of the vertically long cylinder. The male screw structure on the outer peripheral side of the edge of the lid is provided with a spring pipe on the bottom surface with the upper end under the mesh lid and the lower end under the bottom surface, and with a plurality of U-shaped notches at the lower end of the outer peripheral surface below the bottom surface. The female screw structure on the inner peripheral surface of the upper end portion of the raised bottom container is screwed and attached to form the bottom, thereby achieving the above items as a cylindrical container structure.

The water level adjusting duct according to claim 2 is a duct-like small space structure formed on the inner peripheral surface of the vertically long cylinder constituting the flower vending tool according to claim 1, wherein the inner space of the cylinder is formed into a rubber through hole. A duct-like small space that is partitioned by a partition wall that is provided with a plurality of water level adjustment holes that are closed by plugs, and that closes the upper end of the vertically small space surrounded by the partition wall and a part of the inner peripheral surface of the vertically long cylinder. The upper part communicates with the communication hole provided in the vertically long cylinder, and not only communicates with the outside air at the opening at the lower end, but also by removing the rubber plugs applied to the partition walls, a plurality of positions located higher than the opening The above-described items are achieved as a duct-like small space structure having a structure capable of additionally communicating the water level adjusting hole with the outside air.

The auxiliary joint cylinder of the flower vase according to claim 3 comprises a cylinder having a variable joint length structure.
The auxiliary member of the flower vase described above, having the same outer diameter, inner diameter, and peripheral edge as the vertically long cylinder constituting the flower vase, together with a connecting pipe having a pipe connecting portion at the lower end of the outer peripheral surface. It is a cylinder with a tube fixing part that fixes the tube, and has the same internal thread structure as the vertically long cylinder on the inner peripheral surface, and has an external thread structure on the outer peripheral surface that is screwed into the internal thread structure on the inner peripheral surface. The above-described items are achieved as a cylinder having a variable joint length structure in which the connecting cylinder is screwed and accommodated, and the length of the entire cylinder is adjusted by rotating the connecting cylinder to change the screwing length.

The auxiliary fixing frame of the flower vase according to claim 4 is an auxiliary member of an annular flower vase attached and fixed to the flower vase of the vase, and is formed of a material having a smooth surface, and has an outer diameter. The above-mentioned items are achieved as an annular fixed frame having a cross-sectionally U-shape with an inner diameter adapted to the diameter of the flower insertion port and an inner diameter adapted to the outer diameter of the elastic body constituting the flower arrangement tool.

An auxiliary fixing rod frame for a flower vase according to claim 5 is a trapping member for a flower vase having a shape in which a support cylinder is attached to a donut-shaped disk that is mounted and fixed to a flower mouth of a wide-mouth vase. The inside of the vase has an outer diameter suitable for the flower mouth, a through hole with a diameter suitable for the outer diameter of the elastic body of the flower arrangement tool in the center of the upper surface, and a circular groove on the outer peripheral side. Mount a support cylinder on the lower surface, concentrically with the through-hole, and attach a flange to one end of the cylinder. The above items are achieved as a fixing rod of the attached structure.

By creating the vase of the present invention alone or in combination with an auxiliary member, a vase having a flower opening on the upper surface is not affected by the shape and size of the vase, and even if it is an existing vase, it is newly produced. Even vase can be easily converted to automatic water supply vase.
By standardizing both the vase suitable for the flower vase and the vase according to the present invention, it is possible to realize a low-cost automatic water supply vase by mass production. Since the standardized flower vase can be applied to the vase, the vase that is not subject to standardization can be converted into an automatic water supply vase at low cost.

When an automatic water supply vase is configured using the vase according to the present invention, the water stored in the vase itself is automatically supplied to the fresh flowers so as to maintain a substantially constant water level. By setting the water level equal to the amount of water, it has the same effect as adding new water to the vase every day, and can keep the life of fresh flowers long without taking time and effort.
The flower vase according to the present invention can be disassembled into various parts, so it can be used for a long period of time, even if a large amount of dirt adheres inside and germs grow, it can be easily disassembled and cleaned. It has a possible structure. In addition, since the structure is designed in consideration of maintenance that allows partial replacement with respect to wear of each part, it can be used for a long period of time.

External view (front) of the flower vase of the present invention External view of the flower vase of the present invention (right side) Figure of insertion into flower vase vase (intermediate figure) Diagram of the state of insertion into the flower vase (completion drawing) Exploded view of the flower vase in Example 1 Exploded view of members deformed in Example 2 Exploded view of members deformed in Example 3 Exploded view of members deformed in Example 4 Exploded view of members deformed in Example 5 External view of flower arrangement tool D of Example 6 Exploded view of flower arrangement tool D of Example 6 External view of auxiliary joint cylinder of flower arrangement tool A state diagram with the auxiliary joint cylinder of the flower accessory attached to the flower accessory Auxiliary fixing frame for flower arrangement Auxiliary fixed frame installation drawing Auxiliary fixing frame for flower arrangement Auxiliary fixing frame for flower arrangement

  Embodiments according to the present invention will be described with reference to the accompanying drawings of FIGS.

1 and 2 are external views of the flower vase according to the present invention. 1 is an external view from the front, and FIG. 2 is an external view from the right side.
1 and 2, 1 is a vertical cylinder, 2 is a vertically long cylinder, 3 is an elastic body, 4 is a peripheral edge, 5 is a partition wall, 6 is a raised bottom container, 7 is a water level adjustment hole, 8 is a communication hole, and 9 is a spring. A water pipe, 10 is a net cover, 11 is a water level adjusting duct, 12 is a flower placement space, 13 is a U-shaped notch, 14 is a waste sedimentation space, and 15 is a rubber plug.
FIG. 5 is an exploded configuration diagram of the flower vase.
In the same figure, (A) is an external view and a front view of the rod cylinder 1, (B) is an external view and a front view of the elastic body 3, (C) is an external view and a plan view of the vertically long cylinder 2, and (D) is a raised bottom. FIG. 6E is a plan view and a front view of the mesh lid 10, and FIG. 5F is a plan view, a front view, and an exterior view of the rubber plug 15.

As shown in the external view of FIGS. 1 and 2 and the exploded configuration diagram of FIG. 5, the first embodiment opens the upper and lower ends and penetrates the side wall at the upper part of the outer peripheral surface, and the outer peripheral surface immediately above it. A longitudinally long cylinder provided with a female thread structure along the inner peripheral surface of the opening 4 at the upper and lower ends of the cylinder surrounding the peripheral edge 4 is provided with a rubber plug 15 in a plurality of through holes having different heights so as to be closed. A flat plate having a water level adjusting hole on its surface is defined as a partition wall 5, and a part of the inner space of the cylinder is partitioned, and a semicircular pipe-like vertically long space surrounded by a partition wall 5 and a part of the inner peripheral surface of the cylinder including the communication hole 8. A small space is formed inside the cylinder, and the internal space that occupies most of the remaining space is defined as a space for inserting fresh flowers as a flower space 12.
Further, the upper part of the small space is closed to form a semicircular pipe-like vertical small space having the communication hole 8 as the upper part and the open port as the lower part, and is closed by the rubber plug 15 provided on the surface of the partition wall constituting it. The water level adjusting duct 11 is formed vertically on the inner peripheral surface of a cylinder having the plurality of through holes as water level adjusting holes 7.

  A ring-shaped elastic body 3 having a diameter matching the outer diameter of the vertically long cylinder 2 is formed in the center of the inverted truncated cone so that the elastic body 3 is pushed in from the upper end of the vertically long cylinder 2 and is in close contact with the upper part of the outer peripheral surface of the vertically long cylinder 2 At the same time, the bottom surface of the elastic body 3 is pushed in until the lower surface of the elastic body 3 comes into contact with the upper surface of the peripheral edge 4. It is screwed and attached to the female screw provided on the inner peripheral surface of the upper end opening, and the elastic body 3 is sandwiched between the upper surface of the surrounding edge and the lower surface of the vertical cylinder 2 and fixed to the upper peripheral surface of the vertically long cylinder 2, The elastic body 3 is not greatly deformed when the is inserted into the flower slot, and a gap is not formed between the elastic body 3 and the flower slot.

Next, the male screw structure on the outer peripheral side surface of the mesh lid 10 is screwed and attached to the female screw structure along the inner peripheral surface of the opening at the lower end of the vertical cylinder 2, and the role of the strainer in the flower space 12 inside the vertical cylinder 2. A female screw structure extending along the inner peripheral surface of the upper end opening of the raised bottom container 6 is formed on the outer threaded surface of the mesh lid 10 that protrudes from the vertically long cylinder 2. The raised bottom container 6 is attached to the vertically long cylinder 2 through the mesh lid 10 to form a flower container 18 having a cylindrical container structure.
Here, at the time of manufacture, the water level adjusting duct formed on the inner peripheral surface of the vertically long cylinder 2 is formed by using a mold that can be formed inside the cylinder from the first stage of cylinder manufacture by molding, The upper and lower female thread structures are also formed at the same time. Similarly, the rod and the male screw structure of the rod cylinder 1, the spring pipe provided in the raised bottom container 6, the U-shaped notch at the lower end of the bottom wall, the male screw structure of the mesh lid 10 and the many holes on the surface are similarly dependent on the mold. Manufactured by molding, and the elastic body is also manufactured by molding.

  3 and 4 show a situation diagram when the vase 18 is actually pressed and inserted into the vase. Here, FIG. 3 is a state diagram in the middle of inserting the flower arrangement tool 18 into the flower vase of the vase storing water. FIG. 4 is a completed view. In the figure, 16 is a vase, 17 is an auxiliary fixing frame for a vase, 18 is a vase, 19 is a flower slot, and 20 is a sealed space.

  The present embodiment 2 is a modified example related to the structure of the vertically long cylinder 2 and the raised bottom container 6 and the structure of the net cover 10 constituting the flower vase 18, and the height of the vertically long cylinder 2 is increased. A vertically long cylinder A with a U-shaped notch at the lower end, a raised bottom container A from which the female screw structure on the inner peripheral surface of the raised bottom container 6 has been removed, and a screw structure on the outer peripheral side surface of the mesh lid has been removed to reduce the vertical width and reduce the outer peripheral edge. It is the deformation | transformation which concerns on the net lid A which attached the ridge to the upper surface.

  FIG. 6 shows a modified portion of the second embodiment with respect to the first embodiment. In the same figure, (C) is an external view and a plan view of the vertically long cylinder A, (D) is a front view and a plan view of the raised bottom container A, and (E) is a plan view and a front view of the mesh lid A.

As shown in FIGS. 1 and 2, in the first embodiment, the vertically long cylinder 2 and the raised bottom container 6 are screwed together via the thread structure of the mesh lid 10, but in the second embodiment, as shown in FIG. Along with the vertically long cylinder A deformed into a structure in which the U-shaped notch 13 is directly provided at the lower end of the side wall of the cylinder, the inner peripheral surface of the raised bottom container is attached in parallel with the opening of the spring tube 9 being the center of the bottom surface, The upper end of the raised bottom container A having a structure in which the outer diameter is reduced to a size that fits the inner diameters of the two cuboid cylinders A by removing the female screw structure of the vertically long circular end and removing the side wall of the raised bottom. In the opening, the male screw structure on the outer peripheral side surface of the mesh cover is removed to reduce the width of the side surface, and a ridge is attached to the upper surface of the outer peripheral edge. Insert A and push in from the opening at the bottom of the vertical cylinder A. To configure the tool 18. Here, the raised bottom container A is formed of a material having a smooth surface and is difficult to slide, but other materials are not changed.

Similarly to Example 2, the present Example 3 is a structure related to the connection between the vertically long cylinder 2 and the raised bottom container 6, the deformation of the mesh cover structure, and the change of the constituent material, and the raised bottom container B formed of an elastic material, This is a modification related to the raised bottom container structure that is configured by inserting the net cover structure B in which the spring pipe 9 and the net cover 10 are integrated.

FIG. 7 shows a modified portion of the third embodiment with respect to the first embodiment.
In the same figure, (C) is an external view and a plan view of the same vertically long cylinder A as in Example 2, (D) is a front view and a plan view of a raised bottom container B, (E) is a mesh lid structure, (G) FIG. 3 is a front view of a state in which a net lid structure is raised and inserted into a bottom container B.
As shown in FIG. 7, two rectangular parallelepipeds are formed on a truncated cone having the same structure as that of the second embodiment and having a conical circular groove on the upper surface and a hole vertically penetrating the center. Implemented in a state in which a through-hole is provided in the center of the mesh lid in the raised bottom container B, which is parallel to the center hole below the bottom surface, and the mesh lid structure that is integrated with the spring water pipe is penetrated from the bottom surface. In the same manner as in Example 2, a vase is constructed by being pushed in from the opening at the lower end of the vertically long cylinder A.

Similarly to the second and third embodiments, the fourth embodiment is a modification of the structure related to the connection between the vertically long cylinder 2 and the raised bottom container 6, and as shown in FIG. 8, the outer peripheral surface of the vertically long cylinder 2 according to the first embodiment. A vertical cylinder C having a columnar small projection at a symmetric position across the center of the vertical cylinder at the lower end is shown in Example 1.
In addition to expanding the inner diameter of the raised bottom container 6 to match the outer diameter of the vertically long cylinder C, an L-shaped groove that fits into two small protrusions located at the lower end of the outer peripheral surface of the vertically long cylinder C A raised bottom container C which is provided at the upper end of the surface and is inclined so that the side wall width increases as the inner surface approaches the bottom surface.
Are fitted and configured to constitute the flower arrangement 18. The net cover 10 has the same structure as that of the first embodiment, and there is no change in the threaded attachment to the lower end portion of the inner peripheral surface of the vertically long cylinder C.

The fifth embodiment is a modification of the structure related to the water level adjusting duct 11 of the vertically long cylinder 2, and as shown in FIG. 9, the partition wall 5 is removed from the vertically long cylinder 2 of the first embodiment and is deformed to the vertically long cylinder E. The adjustment duct 11 is closed at the upper end of the semicircular pipe, the water level adjustment hole 7 is provided in the flat surface portion, and a pipe having an external thread structure with an outer diameter passing through the connection hole 8 of the vertically long cylinder E is attached to the convex surface portion. As an alternative, a flat washer formed of the elastic material shown in (J) is attached to the male screw structure on the outer peripheral surface of the pipe, and fixed to the vertically long cylinder E with the female screw shown in (J). 1 vertical cylinder 2
FIG. 9C is an external view and a plan view of the vertically long cylinder E. FIG. (H) is the plane of the water level adjustment duct A shape | molded using the semicircle pipe, the front, and a side view. (J) is a female screw, a flat washer plan view, and a side view for fixing the water level adjusting duct A to the vertically long cylinder E.

  The deformation related to the vertically long cylinder and the water level adjusting duct is a deformation for simplifying the manufacture of the vertically long cylinder, there is no other deformation, and there is no change as a flower arrangement tool. However, since this change can be applied to all of the second to fourth embodiments, it can correspond to any combination of deformation structures.

  In the sixth embodiment, the water level adjusting duct 11, the partition wall 5, and the communication hole 8 are removed from the vertically long cylinder 2 of the first embodiment, and a water level adjusting hole 7 </ b> A having a larger diameter than the water level adjusting hole 7 is formed on the side wall of the vertically long cylinder 2. A connecting pipe having a pipe connecting portion used at a joint cylinder at the lower end is inserted into and coupled to the water level adjusting hole 7A of the vertically long cylinder D, and the remaining water level adjusting holes are connected to the vertically long cylinder D, which is a modification of the vertically long cylinder 2 provided. 7A is filled with a rubber plug 15A having a larger diameter than that of the first embodiment, and the water level adjusting mechanism is changed by changing the water level adjusting hole 7A for inserting and connecting the connecting portion of the connecting pipe to the water level adjusting hole 7A having a different height. This is a modification of the flower arrangement tool D.

An external view of the flower arrangement tool D is shown in FIG. 10, and an exploded view is shown in FIG.
In FIG. 9, 1 is a rod cylinder, 2A is a vertically long cylinder D, 3 is an elastic body, 4 is a peripheral edge, 6 is a raised bottom container, 7A is a water level adjusting hole, 9 is a spring pipe, 10 is a net cover, and 12 is a flower container. A space, 13 is a U-shaped notch, 14 is a waste sedimentation space, 15A is a rubber stopper, 23 is a pipe connection portion, and 24 is a connecting pipe.
10, (A) is an external view and a front view of a saddle cylinder, (B) is an external view and a front view of an elastic body, (C) is an external view and a plan view of a vertically long cylinder D, and (D) is a raised bottom container. (E) is a plan view and a front view of the net cover, (F) is an external view of the rubber plug A, and (G) is an external view of the connecting pipe.

  Unlike Example 1, 2, 3, 4, 5, this Example 6 can be applied to a relatively large-mouthed vase because the pipe connecting portion 23 is located on the outer surface of the vertically long cylinder D. Since the structure of the vertically long cylinder D is simpler than that of the vertically long cylinder 2 of the first embodiment, it is expected to be used as a vase D for a wide-mouth vase that can be easily manufactured when the conditions are satisfied. Moreover, since the modification by the coupling | bonding difference of the vertically long cylinder of Example 1 and Example 2, 3, and 4 and a raising bottom container is applicable also to the said flower arrangement tool D, it is in the structure which changed the combination freely. Is possible.

1 Cylindrical cylinder 2 Vertically long cylinder
DESCRIPTION OF SYMBOLS 3 Elastic body 4 Surrounding edge 5 Bulkhead 6 Raised bottom container 7 Water level adjustment hole 8 Connection hole 9 Spring water pipe 10 Net cover 11 Water level adjustment duct 12 Flower arrangement space 13 U-shaped notch 14 Waste material sedimentation space 15 Rubber stopper 16 Flower vase 17 Flower arrangement Auxiliary fixing frame 18 Flower arrangement 19 Flower slot 20 Sealed space 21 Auxiliary joint cylinder of flower arrangement 22 Connection cylindrical part 23 Connection pipe 24 Pipe connection part 25 Auxiliary fixation frame of flower arrangement

Claims (5)

A flower vase with a cylindrical container structure that is used by being inserted into a vase,
1 Vertical cylinder with a water level adjustment duct on the inner peripheral surface of the cylinder, 2 Cylindrical cylinder with a flange-shaped ridge on the top, 3 Disc-shaped net cover with many through holes on the surface, 4 Penetrating the bottom inside 1 to 5 members including a spring tube and a raised bottom container having a plurality of U-shaped cutouts at the lower end of the outer peripheral surface, and a ring-shaped elastic body that is closely attached to be wound along the upper outer peripheral surface of the vertically long cylinder The vertically long cylinder that is the main body has a female screw structure at the upper and lower ends of the inner peripheral surface, a peripheral edge at the upper part of the outer peripheral surface, a communication hole that penetrates the outer peripheral surface directly below the peripheral edge, and an inner peripheral surface. There is a water level adjustment duct communicating with the communication hole.
In addition, the upper part of the outer periphery of the vertically long cylinder has a through-hole with a diameter that matches the outside diameter of the vertically long cylinder in the center of the flat inverted truncated cone, and is closely attached by inserting a ring-shaped elastic body from the top. In addition, the male screw structure provided on the outer peripheral surface of the lower end portion of the vertical cylinder provided with a flange-like flange on the upper end portion of the vertical cylinder so as to hold the upper surface of the elastic body is provided on the upper end portion of the inner peripheral surface of the vertical cylinder. It is screwed into a female screw structure and attached, and the elastic body is fixed to the outer peripheral surface of the vertically long cylinder so as to be sandwiched between the flange and the periphery.
In addition, a mesh lid provided with a male screw structure is screwed to the lower peripheral portion of the vertically long cylinder on the outer peripheral side surface of a strainer-like disk having a large number of through holes on the surface, and the mesh lid protrudes from the bottom of the vertically elongated cylinder. A raised bottom with a male screw structure on the outer peripheral side of the rim, with a spring pipe open on the bottom at the top and below the bottom of the mesh lid and below the bottom, and a plurality of U-shaped cutouts at the bottom of the outer peripheral surface below the bottom A flower vase characterized by a cylindrical container structure in which a female thread structure on an inner peripheral surface of an upper end part of a container is screwed and attached to form a bottom part. A duct-like small space structure formed on the inner peripheral surface of a vertically long cylinder constituting the flower vase according to claim 1, wherein the water level adjusting hole is formed by closing the inner space of the cylinder by applying a rubber plug to the through hole. This is a duct-like small space that is partitioned by a plurality of partition walls and closed at the upper end of the vertically small space surrounded by the partition wall and a part of the inner peripheral surface of the vertically long cylinder. The upper portion of the small space is a communication hole provided in the vertically long cylinder. In addition to communicating with the open air at the opening at the lower end, by connecting the rubber plug on the partition wall, the water level adjustment holes located higher than the open port are additionally communicated with the open air. A water level control duct characterized by a duct-like small space structure with a structure that can be used. The auxiliary member for a flower vase comprising a cylinder having a variable joint length structure, wherein the auxiliary member has the same outer diameter, inner diameter, and peripheral edge as a vertical cylinder constituting the vase, and a pipe is provided at the lower portion of the outer peripheral surface. Along with a connecting tube with a connecting part at the bottom. It is a cylinder with a tube fixing part that fixes the tube, and has the same internal thread structure as the vertically long cylinder on the inner peripheral surface, and has an external thread structure on the outer peripheral surface that is screwed into the internal thread structure on the inner peripheral surface. A flower insert auxiliary joint cylinder characterized by a cylinder having a variable joint length structure, in which the connection cylinder is screwed and accommodated, and the length of the whole cylinder is adjusted by rotating the connection cylinder to change the screwing length. An annulus-shaped auxiliary tool for a flower vase that is attached to and fixed to the flower vase. The outer diameter is adapted to the diameter of the flower vase, and the inner diameter is vase. An auxiliary fixing frame for a flower vase characterized by an annular fixing frame having a shape adapted to the outer diameter of an elastic body constituting the tool and having a cross-sectionally U-shaped cross section. It is a trapping member for a flower vase with a donut-shaped disk attached to the flower mouth of a wide-mouthed vase, and a support cylinder attached to the disk. The disk has an outer diameter suitable for the flower mouth, and is centered on the top surface. A through hole with a diameter suitable for the outer diameter of the elastic body of the flower vase and a circular hole with a square-shaped groove on the outer peripheral side, and a through hole with an inner diameter of a disk with a height that matches the internal height of the vase A fixed eaves frame for a flower arrangement characterized by a structure in which a support cylinder obtained by processing a lower part of the outer peripheral wall of a cylinder having the same diameter into a tripod shape is concentric with a through hole and attached to the lower surface, and a heel is attached to one end of the cylinder.

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