JP3236514U - Flower stand tube holder, automatic water supply type flower stand tube holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve a simple and low-cost flower stand which can use a conventional resin flower stand tube as it is and solves a problem that the flower stand tube tends to tip over and a problem that water in the flower stand tube evaporates quickly. A cylinder holder and an automatic water supply type flower stand cylinder holder are provided. SOLUTION: A support rod 20 for holding a flower stand tube T having a conical lower end penetrating into the ground and standing upright, and at least two retaining rings 21 having the same diameter and coaxially attached to one side thereof at intervals. , 22 is used as a flower stand tube holder capable of holding the flower stand tube inserted in the holding ring. It is composed of a second flower stand cylinder holder provided with bottle holding portions 23 and 24 on the opposite surface of the support rod, and a cap 26 connected to one end of the water guide pipe 27, and the bottle holding portion is filled with water. By inverting and holding the PET bottle with the cap attached and introducing it to the inside of the lower end of the flower stand tube where the other end of the water guide tube is held by the holding ring, the water in the PET bottle is released according to the decrease in the water level in the flower stand tube. It will be an automatic water supply type flower stand holder that can be supplied. [Selection diagram] FIG. 6

Description

The present invention relates mainly to a vase holder for fixing and holding a vase tube used for offering fresh flowers or the like in a graveyard or the like.

Conventionally, in graveyards, etc., in order to grow fresh flowers for offering in places other than the dedicated flower stands provided on the tombstones, a flower stand made of resin such as plastic or vinyl, with the lower end of the cone penetrating into the soil to stand on its own. Many tubes are used.

However, not only do such flower arrangement tubes often fall off the ground due to wind and rain, but also in the summer, the water injected when arranging fresh flowers evaporates quickly, causing the fresh flowers to evaporate in a short period of time. There was the problem of withering.

To solve the problem that the flower stand tube tends to tip over, for example, the flower stand cylinder support disclosed in Patent Document 1 is provided with a plurality of holding holes in a part of the tubular body and sandwiches the support rod. The structure is such that it is held and the support rod is penetrated into the soil to stabilize the main body. Further, the replaceable flower cylinder container disclosed in Patent Document 2 accommodates an exchangeable inner cylinder in which an outer cylinder having a blade-shaped or lightning-shaped lower portion penetrates into the soil and flowers are put inside the outer cylinder. It is composed.

Further, for the problem that the water in the flower vase evaporates quickly, the automatic water replenisher for the vase of the grave disclosed in Patent Document 3 and the circulation type flower stand device disclosed in Patent Document 4. Including, flower stands equipped with various automatic water supply mechanisms have been proposed.
Japanese Patent Application Laid-Open No. 2001-55845 Jitsukaihei 6-43167 Published Patent Gazette Utility Model Registration No. 3208276 Japanese Patent Application Laid-Open No. 2018-76757

However, among these patent documents, the prior arts other than Patent Document 3 all have to be costly because they use a dedicated flower stand tube, and the prior art according to Patent Document 3 does not have a fall prevention configuration. However, it is difficult to apply the structure to the conventional tubular flower stand tube with a narrow opening. Further, the prior art according to Patent Document 4 has a configuration in which water in the tank is circulated between the flower stand and the flower stand by a circulation pump, which is difficult to install in the soil and also has to be costly.

The present invention can be used as it is with a conventional inexpensive flower stand tube made of resin, and can solve the problem that the flower stand tube is likely to tip over and the problem that the water in the flower stand tube evaporates quickly. Another object of the present invention is to provide a flower stand tube holder that is low in cost and maintenance-free, and an automatic water supply type flower stand tube holder.

In order to solve the above-mentioned problems, the device according to claim 1 is a flower stand tube holder for holding a flower stand tube in which a conical lower end penetrates into the ground and stands up, and a support rod and the above. It consists of at least two retaining rings of the same diameter attached coaxially on one side of the support rod at intervals, and is characterized in that the flower stand tube inserted into the retaining ring can be held.

The support rod may be literally rod-shaped, but may be plate-shaped as long as the rigidity capable of supporting the weight of a flower stand containing fresh flowers and water can be secured. In either case, it is desirable to sharpen the lower end so that it can easily penetrate into the soil. The material and cross-sectional shape of the retaining ring are arbitrary, but a lightweight plate-shaped annular body may be used as long as rigidity can be ensured. It is preferable to connect and form by welding.

The invention according to claim 2 is a cap connected to a second flower stand cylinder holder having a bottle holding portion on the opposite surface of the support rod of the flower stand cylinder holder according to claim 1 and one end of a water guide tube. It is an automatic water supply type flower stand holder composed of the above, and the bottle holding portion is filled with water and a pet bottle with a cap attached is inverted and held, and the other end of the water guide pipe is held by the holding ring. By introducing the water to the inside of the lower end of the flower stand tube, the water in the PET bottle can be supplied according to the decrease in the water level in the flower stand tube.

In the second vase holder, the bottle holder is provided on the opposite surface of the support rod, so that the weight of the PET bottle containing water offsets the weight of the fresh flower and the vase containing water to balance. Can be retained. At least one bottle holder shall be provided so that the PET bottle containing water can be inverted and held detachably, but another bottle holder that can hold and fix the bottle mouth of the PET bottle is provided to fix and support it. Is desirable. In either case, the bottle holder is configured to hold the PET bottle so that the position of the cylinder mouth of the inverted PET bottle is higher than the lower end of the flower stand cylinder, and automatic water supply is possible by the siphon principle. Will be.

The material and shape of the bottle holding part are not particularly limited as long as they support the weight of the PET bottle containing water and the PET bottle can be attached and detached. It is preferable to connect. Further, the cap and the water pipe are made of either metal, resin or rubber. For the cap, a through hole is provided in a screw-in cap that can be replaced with a resin cap attached to a generally distributed PET bottle, and one end of a water pipe is inserted.

Further, when providing another bottle holding portion capable of holding and fixing the cylinder mouth of the PET bottle as described above, a screw-in cap having a water guide pipe inserted therein is fixed to the other bottle holding portion itself in advance. With the second flower stand cylinder holder inverted, a PET bottle filled with water is held by the bottle holder, and then the bottle mouth of the PET bottle is screwed into the screw-in cap to connect it. May be.

According to the flower stand tube holder according to the present invention, since the flower stand tube that has been widely used in the past can be used as it is, it is possible to prevent the flower stand from falling off the ground due to wind and rain at low cost. In addition, according to the automatic water supply type flower vase holder according to the present invention, a pet bottle for beverages that is no longer needed can be washed and used as it is as a water tank for water supply. Since the water supply mechanism can be added at low cost, automatic water supply can be performed according to the evaporation of water in the flower stand cylinder, and the fresh flowers and the like that have lived in the flower stand cylinder can be maintained for a long time.

(First Embodiment)
Hereinafter, an embodiment of the flower stand tube holder according to the present invention will be described with reference to the drawings. FIG. 1 is a side view of a commonly used resin flower vase T. The flower stand tube T has a substantially cylindrical body with an open upper portion and a conical lower end integrally molded, and the conical lower end penetrates into the soil to stand on its own.

FIG. 2 is a rear view, a side view, a front view, and a plan view of the flower stand cylinder holder 1 according to the first embodiment. The flower stand tube holder 1 is attached by welding two retaining rings 11 and 12 having the same diameter, which are also formed of a strip-shaped stainless steel plate, to a support rod 10 having a sharpened lower end of an elongated strip-shaped stainless steel plate.

FIG. 3 is a rear view, a side view, a front view, and a plan view showing a state in which the flower stand tube T is attached to the flower stand tube holder 1 and installed on the ground. In the figure, the conical lower end of the flower stand tube T and the support rod 10 are penetrated into the soil to support the flower stand tube T, but when the geology is hard and the lower end of the flower stand tube T is difficult to penetrate into the soil too deeply. Even so, the support rod 10 having a small cross-sectional area can penetrate the support rod 10 more easily, so that the flower stand tube T can be supported.

(Second embodiment)
FIG. 4 is a side view of a PET bottle B and a water pipe 27 applied to an embodiment of the automatic water supply type flower stand tube holder according to the present invention. The water pipe 27 can be formed by bending a resin pipe, one end of which is bent upward as a U-shape, then bent downward again into a U-shape, and the other end extends downward from the U-shape. .. The PET bottle B can be diverted by washing a PET bottle for beverages that is no longer needed. It is necessary to provide a ventilation hole (not shown) at the bottom of the PET bottle B for adjusting the air pressure when the water level drops due to water supply.

In the present embodiment, a through hole (not shown) is provided in the cap 26 corresponding to the cylinder mouth of the PET bottle B, and one end of the water pipe 27 is connected in advance, but the cap 26 is connected to the cap attached to the PET bottle B. A water pipe 27 having a through hole that can be inserted exactly so as not to leak water may be used.

FIG. 5 is a rear view, a side view, a front view, and a plan view of the second flower stand cylinder holder 2 according to the present embodiment. The second flower stand cylinder holder 2 is provided on the opposite surface of the support rod 20 in addition to the support rod 20, the two holding rings 21 and 22 having the same diameter, which correspond to the configuration of the flower stand cylinder holder 1 according to the first embodiment. The upper bottle holding portion 23 and the lower bottle holding portion 24 are provided. In the present embodiment, the bending rigidity is increased by bending both sides of the elongated strip-shaped stainless steel plate to form a substantially concave cross section, and the upper bottle holding portion 23 and the lower bottle holding portion 24 are also bent. It is connected by welding to the support rod 20. The upper bottle holding portion 23 sandwiches the body portion 25 of the PET bottle B and can be detachably fixed. The lower bottle holding portion 24 has a saucer-like shape that supports and fixes the cap 26 while passing through the water pipe 27 to support the weight of the PET bottle B containing water.

FIG. 6 is a rear view, a side view, a front view, and a plan view showing a state in which the flower stand tube T and the PET bottle B are attached to the second flower stand tube holder 2 and installed on the ground.

When using the automatic water supply type flower stand tube holder according to the second embodiment for the first time, first, the flower stand tube T is attached to the second flower stand tube holder 2 and the water pipe 27 to which the cap 26 is attached to one end is supported. Along the substantially concave cross section of the rod 20, the other end of the water pipe 27 is set so as to reach the tip inside the lower end of the flower stand tube T.

Next, in this state, the second flower stand cylinder holder 2 is installed on the ground, the PET bottle B containing water is inverted, the body portion 25 is fitted into the upper bottle holder portion 23, and the cylinder mouth is attached to the cap 26. Screw in. Then, after confirming that the water in the PET bottle B has started to flow into the flower stand tube T from the other end of the water pipe 27 by the principle of siphon, water is injected into the flower stand tube T to make fresh flowers and the like alive. As a result, when the water level of the flower stand tube T becomes higher than the water level in the PET bottle B, the water supply from the water pipe 27 is stopped and an equilibrium state is reached. After that, when the water level in the flower stand tube T drops due to water absorption or transpiration of fresh flowers or the like and becomes lower than the water level in the PET bottle B, water is automatically supplied until the water in the PET bottle B is exhausted.

When replacing withered fresh flowers due to lack of water, discard the withered fresh flowers, remove the flower stand tube T, clean it, and then attach it. Remove the PET bottle B, replenish the water, and then attach it again. good.

Although the embodiments of the present invention have been described above with reference to the drawings, the present invention is not necessarily limited to the above-described configuration, and the present invention is appropriately limited to the range that achieves the object of the present invention and has an effect. Modifications can be made and they belong to the technical scope of the present invention as long as they belong to the technical scope of the present invention.

The vase holder and the automatic water supply type vase holder according to the present invention can be used not only when a flower stand is installed on the ground of a graveyard to provide fresh flowers, but also when a flower stand is temporarily provided at an outdoor event venue or the like. It can also be used when decorating with a water supply, and the labor of watering can be reduced.

Side view of flower stand tube T Back view, side view, front view, plan view of flower stand cylinder holder 1 Rear view, side view, front view, plan view showing the usage state of the flower stand cylinder holder 1. Side view of PET bottle B and water pipe 27 Back view, side view, front view, plan view of the second flower stand cylinder holder 2. Rear view, side view, front view, plan view showing the usage state of the automatic water supply type flower stand tube holder

T Flower stand tube B PET bottle 1 Flower stand tube holder (first embodiment)
10 Support rod (first embodiment)
11, 12 Retaining ring (first embodiment)
2 Flower stand tube holder (second embodiment)
20 Support rod (second embodiment)
21, 22 Retaining ring (second embodiment)
23 Upper bottle holder 24 Lower bottle holder 25 Body (PET bottle)
26 Cap (PET bottle)
27 Water pipe

Claims (2)

A flower stand holder for holding a flower stand tube that penetrates the lower end of the cone into the ground and stands up. At least two same diameters are coaxially attached to the support rod and one side of the support rod at intervals. A flower stand tube holder, which is composed of a holding ring and can hold a flower stand tube inserted into the holding ring. An automatic water supply type flower stand holder including a second flower stand cylinder holder having a bottle holding portion on the opposite surface of the support rod of the flower stand cylinder holder according to claim 1 and a cap connected to one end of a water guide pipe. The lower end of the vase cylinder containing water in which the bottle holding portion is filled with water and the pet bottle to which the cap is attached is inverted and held, and the other end of the water guide pipe is held by the holding ring. An automatic water supply type flower stand holder, characterized in that water in a pet bottle can be supplied in response to a drop in the water level in the flower stand cylinder by introducing it to the inside.

Images