JP3203006U - Flowerpot props, flowerpots with them and garden gauges - Google Patents

Abstract

The present invention provides a support for a flower pot that can easily measure the degree of growth of garden plants such as morning glory under the same conditions every time. SOLUTION: A pillar that is erected on a flower pot 2 and supports a garden plant such as morning glory 8, wherein the pillar supports the horizontal rail 4 surrounding the morning glory, and a vertical pole that supports the horizontal rail above the flower pot. 3, a gauge 7 is attached to the crosspiece 4, and an indicator such as a scale 72 or a numerical value is attached to the gauge. An observer such as a child can easily measure the degree of growth simply by reading the scales and numerical values. Since the gauge 7 remains attached to the crosspiece 4, it can be measured under the same conditions every time. [Selection] Figure 1

Description

  The present invention relates to a plant pot post for standing in a flower pot for planting a garden plant such as morning glory and winding a vine, and a plant pot equipped with the column, and in particular, a child observes the growth of the garden plant at a school or the like. The present invention relates to a gauge that is preferably used in such an application and is provided in association with the column.

  As an example of the support for a flower pot and the flower pot as described above, for example, the one proposed by the present applicant in Patent Document 1 can be cited. FIG. 3 is a perspective view showing the state of the plant pot 1 with the column as a whole, that is, the state of the horticultural plant at the end of growth, and FIG. FIG. 5 is a perspective view showing a state up to a degree of germination of a plant for use, and FIG.

  This flowerpot 1 with support posts is composed of a plurality of sets (stages) of vertical support posts 3 and crosspieces 4 in the form of links from the corners of the flowerpot 2 as a base. In the example of FIGS. 3 to 5, there are three sets (steps) of the vertical support 3 and the horizontal beam 4, and the vertical support 3 rises from four corners of the flower pot 2, that is, each side of the square in the plan view. Is configured. And while the horizontal beam 4 is integrally molded into a regular polygonal shape, it should be noted that the horizontal beam 4 and the vertical column 3 in each set (stage) are formed to have an equal length, And the vertical support | pillar 3 is pivotally supported so that it can incline in one predetermined direction in the nodal point 5 in the said corner part of the flower pot 2 or the horizontal crosspiece 4. FIG.

  By adopting such a special configuration, as shown in FIG. 4, in the flower pot 1 with support columns, all of the vertical support columns 3 are initially tilted, and the cross beams 4 are in a laminated state. As the horticultural plant grows, as shown in FIG. 4 → FIG. 5 → FIG. 3, the vertical columns 3 are raised one by one and the horizontal beam 4 is raised. It has become.

  This makes it possible to extend the vertical support 3 around which the vine of the horticultural plant is wound very easily according to the growth of the horticultural plant, and accordingly, the horizontal rail that surrounds the horticultural plant. 3 can also be lifted above the flower pot 2. Further, the horizontal beam 4 and the vertical column 3 of each step (group) have the same shape and can be molded with the same mold. Thus, Patent Document 1 realizes a flower pot 1 of a very excellent gardening plant.

  The flower pot 2 is provided with a tray 21 for receiving water at the bottom, a support member 22 for supporting the plastic bottle 7 on one side, and a water receiver 23 for supplying water from the plastic bottle 7 to the tray 21. Is provided.

Japanese Patent Application No. 2015-205989

  According to the above-described prior art, the vertical support 3 can be extended and the garden plant can be surrounded by the horizontal rail 3 very easily in accordance with the growth of the garden plant. However, a ruler or major must be assigned each time an attempt is made to measure the degree of growth of horticultural plants, such as by observation of children. For this reason, there is a problem that one hand cannot be used for attaching a ruler or measure, both hands cannot be used for recording measurement results, and measurement cannot be performed under the same conditions every time.

  An object of the present invention is to provide a pot for a flower pot, a flower pot provided with the same, and a gauge for a garden plant, which can easily measure the degree of growth of the garden plant under the same conditions every time.

  The support for a flowerpot of the present invention is a support that is erected on a flowerpot and supports a garden plant. The support supports a horizontal beam that surrounds the garden plant, and supports the horizontal beam above the flowerpot. And further comprising a gauge attached to the horizontal rail and provided with an index for reading the degree of growth of the horticultural plant.

  Further, the garden plant gauge of the present invention is a gauge for measuring the growth of a garden plant planted in a flower pot, and is erected on the post supporting the garden plant standing in the flower pot. When a horizontal rail is provided, the horizontal rail is provided below the horizontal rail, and an index for reading the degree of growth of the horticultural plant is attached.

  According to the above configuration, in the support column that is erected in the flower pot and supports the garden plant such as morning glory, the support column surrounds the garden plant, and the horizontal beam extends above the flower pot. In the case where it is configured to be provided with a vertical support supporting it, a gauge is attached to the horizontal rail, and an indicator such as a scale or a numerical value for reading the degree of growth of the horticultural plant is attached to the gauge.

  Therefore, those who observe the degree of growth of horticultural plants such as children can easily measure the degree of growth simply by reading the scales and numerical values, and the gauge remains attached to the horizontal rail, It can be measured under the same conditions every time.

  Furthermore, in the support for a flower pot of the present invention, the horizontal rail and the vertical support form a pair with each other, and as the garden plant grows, the pair is connected upward, and the gauge is the uppermost part. It is characterized by hanging from the side rail.

  According to said structure, the group of a horizontal cross and a vertical support | pillar is connected upwards with the growth of the garden plant. On the other hand, the height of the vertical struts is known, and the height of the top horizontal rail can be recognized depending on how many sets (steps) are assembled. Therefore, the actual height of the horticultural plant can be measured by moving the gauge to the uppermost horizontal cross and adding the value obtained by reading the scale of the gauge to a known height.

  Therefore, the gauge can be shortened, which is economical and can be made difficult to obstruct observation.

  Further, in the flowerpot support of the present invention, the horizontal beam and the vertical beam in each set are formed to be equal in length to each other, and the horizontal beam is arranged in a regular polygon shape, and the vertical beam is at the lower end. , Are pivotally supported so as to be tiltable in a predetermined direction, and the plurality of sets of the horizontal beam and the vertical column are initially inclined so that the horizontal beam is laminated to each other. Along with the growth of the horticultural plants, the vertical pillars are erected one by one and the horizontal rails are raised.

  According to said structure, a vertical support | pillar can be tilted by twisting a regular polygon-shaped horizontal cross in one direction, and a vertical support | pillar can be stood up by twisting in the opposite direction.

  Therefore, it is possible to easily increase / decrease the number of vertical struts and crosspieces (stages) without assembling complicated parts, and there is no risk of parts being lost, especially for growth observation by the children. In this case, it is preferable.

  Furthermore, in the flowerpot support of the present invention, the gauge is made of water-resistant paper to which the index is attached.

  According to the above configuration, there is no need to raise the mold, and the gauge can be realized simply by printing the scales and numerical values on water-resistant paper and separating them into strips.

  Therefore, it can be produced at an extremely low cost, and is effective for the accessory of the flowerpot with the support, the means for differentiating from the products of other companies, or for sales promotion. In addition, a simple paper band is inferior in weather resistance and warped by the wind, which is difficult to measure, but with a water-resistant coat, weather resistance and rigidity are increased, making it easy to measure. Can do.

  Moreover, the flowerpot with a support | pillar of this invention is provided with the support | pillar for said flowerpot, and a flowerpot.

  According to said structure, the commercial value of a flowerpot with a support | pillar can be raised.

  The pot for the pot of the present invention and the gauge of the flower pot and the garden plant provided therewith is a pole that is erected on the flower pot and supports the garden plant such as morning glory. In order to read the degree of growth of the horticultural plant on the gauge, a gauge is attached to the horizontal rail when the horizontal rail is configured to include a horizontal rail and a vertical column that supports the horizontal rail above the flower pot. Indices such as scales and numerical values are attached.

  Therefore, a person who observes the degree of growth of a horticultural plant such as a child can easily measure the degree of growth simply by reading the scale and the numerical value, and the gauge remains attached to a horizontal beam. , It can be measured under the same conditions every time.

It is a perspective view which shows the use condition of the flowerpot with a support | pillar which concerns on one Embodiment of this invention. It is a perspective view which shows the other use condition of the flowerpot with a support | pillar which concerns on one Embodiment of this invention. It is a perspective view of the flowerpot with a support | pillar used as the premise of this invention. It is a perspective view which shows the other state of the flowerpot with a support | pillar used as the premise of this invention. It is a perspective view which shows the further another state of the flowerpot with a support | pillar used as the premise of this invention.

  FIG. 1 is a perspective view showing a usage state of a post-supported flower pot 1a according to an embodiment of the present invention. In FIG. 1, a morning glory 8 is shown as an example of a horticultural plant. This flowerpot with a pillar 1a includes a flowerpot 2 provided with a horizontal beam 4 that surrounds the morning glory 8 and a vertical column 3 that supports the horizontal beam 4 above the flowerpot 2 as a flowerpot support. Is the same as the above-mentioned flower pot 1 with support shown in FIGS. 3 to 5, and the corresponding parts are denoted by the same reference numerals, and the description thereof is omitted.

  It should be noted that in the plant pot with a support 1a, a gauge 7 for reading the degree of growth of the morning glory 8 is additionally provided in the configuration of such a plant pot with a support 1 in particular in the support for the flower pot. is there. The gauge 7 is formed by attaching a scale 72 or an index such as a numerical value (not shown) to a water-resistant paper 71 formed in a band shape. The gauge 7 has a tip 73 part folded back in a loop shape and the horizontal rail 4 is wound inside, and the tip 73 part is on the surface of the waterproof paper 71 opposite to the surface to which the above-mentioned index is attached. By being pasted, it hangs down from the horizontal rail 4. The gauge 7 may be attached by any of adhesion, tape fastening, hook-and-loop fastener fastening, and the like.

  FIG. 1 shows the state of the horizontal beam 4 and the vertical column 3 in the later stage of use of the plant pot 1a with the column, that is, in the state where the morning glory 8 has sufficiently grown, for the sake of explanation. That is, FIG. 1 corresponds to the state of FIG. 3 as the state of the post-supported flower pot 1, but the gauge 7 shows an initial attachment state. More specifically, the gauge 7 is attached to the horizontal beam 41 of the lowest group (stage) among the three sets (stages) of the horizontal beam 4 and the vertical column 3. However, in actuality, as the morning glory 8 grows, as shown in FIG. The gauge 7 is relocated. In the state where the horizontal beam 4 and the vertical column 3 are extended to the full length of three sets (stages) as shown in FIGS. 1 and 3, the gauge 7 is attached to the horizontal beam 43. In this way, the gauge 7 is attached to the uppermost horizontal rail 43 and measures the length (height) of the tip of the morning glory 8.

  As described above, the post-supported flower pot 1a according to the present embodiment includes the horizontal beam 4 that surrounds the morning glory 8 and the vertical column 3 that supports the horizontal beam 4 above the flower pot 2 as a flower pot support. In this case, a gauge 7 is attached to the crosspiece 4 and a scale 72 for reading the degree of growth of the morning glory 8 or an index such as a numerical value is attached to the gauge. The degree of growth can be easily measured by simply reading 72 and the numerical value, and the gauge 7 remains attached to the horizontal rail 4 and can be measured under the same conditions every time.

  Further, the horizontal beam 4 and the vertical column 3 form a pair with each other. When the morning glory 8 grows, the group is connected upward, and the height of the vertical column 3 is known, so ) The height of the top crosspiece can be recognized depending on whether it is assembled. Utilizing this fact, in this embodiment, the gauge 7 is suspended from the uppermost horizontal rail, and the value read from the scale 72 of the gauge 7 is added to a known height, so that the morning glory 8 actually Therefore, the gauge 7 can be shortened, which is economical and can be made difficult to obstruct observation.

  Furthermore, in the support for the flower pot of the present embodiment, the horizontal beam 4 and the vertical column 3 in each set (stage) are formed to have the same length, and the horizontal beam 4 is arranged in a regular polygonal shape. Is supported at the lower end 31 so as to be tiltable in the direction of the arrow F1 when viewed in one predetermined direction, for example, the vertical support 32 in FIG. Therefore, as shown in FIG. 4, the plurality of sets (stages) of horizontal beams 4 and vertical columns 3 are initially tilted so that the horizontal beams 4 are stacked on each other. As the morning glory 8 grows, the vertical column 3 can be raised one by one and the horizontal beam 4 can be raised as shown in FIG. 5 → FIG. 2 → FIG. 1 and FIG. As a result, the vertical support 3 can be tilted by twisting the regular cross-shaped horizontal beam 4 in one direction indicated by the arrow F2, and the vertical support 3 can be raised by twisting in the opposite direction. Thus, it is possible to easily increase / decrease the set (stage) of the vertical column 3 and the horizontal beam 4 without assembling complicated parts, and there is no risk of losing the parts. For use in the present invention, the flowerpot support of this embodiment is suitable.

  In the flowerpot support according to the present embodiment, the gauge 7 is made of water-resistant paper with an index. Therefore, there is no need to raise a mold like a ruler of a resin molded product. By printing the scale 72 and numerical values on 71 and separating them into strips, it can be realized at a very low cost. This is effective for the means for differentiating the supported flowerpot 1a from the accessories, products of other companies, or for sales promotion. In addition, a simple paper band is inferior in weather resistance and warps (crawls) due to the wind, making it difficult to measure. On the other hand, a water resistant coat increases the weather resistance and rigidity (vertical It can be easily measured.

  And the flower pot 1a with a support | pillar of this embodiment can acquire an extremely high commercial value only by providing the low-cost gauge 7. FIG.

1a Flowerpot with support 2 Flowerpot 3 Vertical support 4 Horizontal cross 5 Node 6 PET bottle 7 Gauge 71 Water-resistant paper 72 Scale 8 Morning glory

Claims (6)

In the support that is erected in the flowerpot and supports the horticultural plants,
The column is configured to include a horizontal beam that surrounds the horticultural plant, and a vertical column that supports the horizontal beam above the flower pot,
A supporting pot for a flowerpot, further comprising a gauge attached to the horizontal rail and provided with an index for reading the degree of growth of the horticultural plant. The horizontal beam and the vertical column form a pair with each other, and with the growth of the horticultural plant, the group is connected upward,
2. The flowerpot support according to claim 1, wherein the gauge is suspended from an uppermost horizontal rail. The horizontal beam and the vertical beam in each set are formed to have an equal length to each other, and the horizontal beam is arranged in a regular polygonal shape, and the vertical beam is pivotable at a lower end portion so as to be tiltable in a predetermined direction. Is supported,
In the initial stage, all the vertical struts of the plurality of sets of horizontal bars and vertical struts are tilted, and the horizontal bars are stacked on each other. The support for a flowerpot according to claim 2, wherein the support is raised and the horizontal rail rises.   The plant pot post according to claim 2, wherein the gauge is made of water-resistant paper with the index.   A flowerpot with a support, comprising the support for a flowerpot according to any one of claims 1 to 4 and a flowerpot. A gauge for measuring the growth of horticultural plants planted in flowerpots,
In the case where a horizontal beam is provided on a support column that is erected in the flower pot and supports the garden plant, an index for reading the degree of growth of the garden plant is provided by hanging from the horizontal beam. Gardening plant gauge characterized by being attached.

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