JP3230909U - Square and circular flowerpots that use combination tags and connecting devices such as bolts and nuts - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a square-shaped or circular-shaped assembled flowerpot which can be easily replanted. SOLUTION: This is an inverted quadrangular pyramid trapezoidal square assembling flowerpot or an inverted conical trapezoidal circular assembling flowerpot using a combination tag, and in the case of a square, the pot wall has each corner of the pot wall. One set is composed of pot walls of the same type that are vertically divided into four, and in the case of a circular type, one set is composed of pot walls of the same type that are vertically divided into three or four, depending on the size of the diameter. Each of 3 and 4 is composed of a set of rectangular or arc-shaped trapezoids that are in close contact with each other on the outside of the divided pot wall, and is provided with a protrusion for connecting the tags to each other and a hole for receiving the protrusion. The same type of tag is assembled into a square or circular connecting tag, each of which is prepared in multiples depending on the depth of the pot, and a pot bottom plate with a pot bottom hole for drainage in the center of each square or circle. Consists of. [Selection diagram] Fig. 1

Description

In the present invention, the roots of the flowers planted in medium to large flower pots are tense, and the pot wall is strongly pressed from the inside, making it difficult to replant the flowers. Therefore, the flower pots can be assembled. It relates to a prefabricated flowerpot that can be easily replanted.
The material is a thermoplastic resin such as polypropylene.

Pressure from the inside of the tense roots makes it difficult to pull the plant out of the pot, sometimes damaging the flowerpot and branches.

Prior literature

Patent documents

If it is difficult to pull out the plant from the flowerpot because the roots are tense, hit the pot wall or insert a thin elongated metal plate such as a gold scale ruler between the pot wall and the root to create a gap between the pot wall and the root. The current situation is that multiple people are struggling to forcibly pull out the plant by tilting the flowerpot, such as making it or inserting a stick through the drain hole on the bottom plate of the pot and pushing it up.

Means to solve the problem

Compared to conventional medium to large pots that are difficult to replant, the pot wall can be easily removed by using an assembly-type flowerpot, and as a result, replanting is possible without damaging the flowerpot or breaking the branches of the plant. Is easy, and it can be completed in a short time.

Effect of the device

It is intended to solve the difficulty of replanting due to the tense roots, and sometimes to solve problems such as damage to flowerpots and breaking of branches of plants.
In addition, compared to conventional large-diameter medium- to large-sized flowerpots, the prefabricated flowerpots have separate split pot walls, combination tags, and pot bottom plates, which makes it possible to wrap them on a small scale and take up less space. It is also useful for exhibitions for storage, transportation, and sales.

It is a completed drawing of a square type assembly type flowerpot using a combination tag. It is the figure which looked at the square type assembly type flowerpot using the combination tag from the top. It is a figure of the joint part between the pot wall and the upper edge and the edge supporting the pot bottom plate and the pot wall. It is a figure of the joint part of a combination tag. It is a figure of the lower surface of the pot bottom plate. It is a completed drawing of a circular type assembly type flowerpot using a combination tag. It is a figure of the circular type combination tag of the circular type assembly type flowerpot. It is a figure of the lower surface of the pot bottom plate of a circular type assembly type flowerpot. It is a completed drawing of a quadrangular assembly type flowerpot by a connecting tool. It is a figure of the outside of the pot wall of a quadrangular assembly type flowerpot by a connecting device. It is a figure of the inside of the pot wall of a quadrangular assembly type flowerpot by a connecting device. It is a figure of the lower surface of the pot bottom plate of a quadrangular assembly type flowerpot by a connecting device. It is a completed drawing of a circular type assembly type flowerpot by a connecting tool. It is a figure of the outside of the pot wall of a circular type assembly type flowerpot by a connecting device. It is a figure of the inside of the pot wall of a circular type assembly type flowerpot by a connecting device. It is a figure of the lower surface of the pot bottom plate of a circular type assembly type flowerpot by a connecting tool. It is a figure of an example of a connecting device which can be used as a substitute for a bolt and a nut.

In the case of a square-shaped assembly type flowerpot, the pot wall of the same type divided into four and a combination tag consisting of four pieces are assembled with three sets or four sets and one pot bottom plate depending on the height of the pot. In the case of a circular type assembly type flowerpot, 3 sets of 3 or 4 divided pot walls and 3 sets of combination tags, which are the same as the number of divided pot walls, are set according to the height of the pot. Alternatively, assemble with 4 sets and 1 pot bottom plate.
In the case of prefabricated flowerpots that use bolts and nuts instead of combination tags, the pot walls divided into square and circular prefabricated flowerpots can be fixed on both sides with bolts and nuts. The strip-shaped edge with holes for the connecting device is integrated with the pot wall, and this divided pot wall, one pot bottom plate, and the connecting device are assembled.

FIG. 1 is a completed view of a square-shaped assembly type flowerpot using a combination tag. 1 is an edge in which the uppermost part of the pot wall is bent outward with the same width as the tag, and serves as a stopper for the maximum combination tag located at the uppermost part of 2, and at the same time, 2 is firmly fixed to the pot wall. These together form a crosspiece for lifting. Reference numerals 3 and 4 are combination tags in which one or two sets are installed depending on the height of the pot. Reference numeral 5 denotes the smallest combination tag, which fits tightly in the bottom of the pot and fixes the joint of the pot wall.

FIG. 2 is a top view of a square-shaped assembly-type flowerpot using a combination tag. 6 is the joint of the combined tag, and 7 is the stopper of the tag at the edge bent outward at the upper part of the pot wall, and the angle after connecting the pot wall is about 120 degrees. This is because when dismantling the assembled flowerpot at the time of replanting, it is easy to hit the corner of the uppermost tag with a hard rubber hammer, and at the same time, the edge of the pot wall is not damaged. Reference numeral 8 is integrated with the pot wall as a long triangular protruding edge from the top to the bottom on both sides connecting the pot walls. As a result, the width of the connecting portion is widened, a stronger connection is possible, and water leakage is prevented.

FIG. 3 shows a connection portion between the pot wall and the upper edge serving as a stopper for the maximum tag, and the edge supporting the pot bottom plate inside the pot and the pot wall. Reference numeral 9 denotes an edge bent inward of the pot bottom portion to support the pot bottom plate.

FIG. 4 is a diagram of a joint portion of the combination tag. Reference numeral 10 denotes a cylindrical protrusion for connecting, and 11 is a hole for receiving the cylindrical protrusion. A set of four of these parts forms a square-shaped combination tag.

FIG. 5 is a view of the lower surface of the pot bottom plate. Reference numeral 12 is a well shape for strengthening against the weight of plants and soil and the pressure of the grown roots. This well shape becomes unnecessary by making the pot bottom plate thicker. Reference numeral 13 is a drain hole of the pot bottom plate, and 14 is a cut corner of the pot bottom plate. This is a part where the divided pot walls are connected to each other, and the edges of long triangular protrusions from the top to the bottom on both sides of the pot wall are integrated with the pot wall and are cut to accept them.

FIG. 6 is a completed view of a circular type assembly type flowerpot using a combination tag. The pot wall is divided into three or four according to the length of the caliber, and the combination tag according to the number is combined with the circular tag, but these are the same idea as the square type assembly type flower pot.

FIG. 7 is a diagram of a circular combination tag of a circular assembly type flowerpot, which is basically the same as a square combination tag. However, since the pot wall is divided into three or four depending on the length of the caliber, the three or four tags form a set of circular tags.

FIG. 8 is a view of the lower surface of the pot bottom plate of the circular type assembly type flowerpot. The pot wall is divided into three or four, and a triangular notch is made on the outside of the circular bottom plate as shown by 15 according to the number of divisions. This is a notch for accepting the long triangular protruding edges that are integrated with the pot wall from the top to the bottom on both sides of the pot wall as a part where the divided pot walls are connected to each other.

FIG. 9 is a completed view of a quadrangular assembling type flowerpot using connecting tools such as bolts and nuts. Reference numeral 16 denotes an elongated band-shaped edge extending outward from the crosspiece to the bottom of the pot, which is integrated with the pot wall, and is provided with a hole for inserting a connecting device such as a bolt shown in 17. As a result, the pot walls are firmly connected to each other and prevent water leakage.

FIG. 10 is a view of the outside of the pot wall of a square-shaped assembled flowerpot using connecting devices such as bolts and nuts. Reference numeral 18 denotes a band integrated with the outside of the pot wall, which makes it possible to prevent the pot wall from swelling against the pressure from the inside of the pot.

FIG. 11 is a view of the inside of the pot wall of a square-shaped assembled flowerpot using connecting devices such as bolts and nuts. Reference numeral 19 denotes an edge that is integrated with the pot wall and extends inward at the bottom of the pot to support the bottom plate of the pot.

FIG. 12 is a bottom view of a pot bottom plate of a square-shaped assembly type flowerpot using connecting devices such as bolts and nuts. In No. 20, the corners of the pot bottom plate are not cut, but this is an integrated elongated band-shaped edge extending outward from the crosspiece to the pot bottom on both sides of the split pot wall, and these wide edges are bolted. This is because there is no risk of water leakage because the connecting devices such as nuts are firmly fixed, so there is no need for a triangular edge from the crosspiece to the bottom of the pot to reinforce the inside of the split pot wall using a tag.

FIG. 13 is a completed view of a circular assembly type flowerpot using connecting devices such as bolts and nuts. The pot wall is divided into three or four depending on the length of the caliber, but the idea is the same as that of a square-shaped flowerpot with a connecting device.

FIG. 14 is a view of the outside of the pot wall of a circular assembly type flowerpot using connecting devices such as bolts and nuts. This is the same idea as a square-shaped assembly-type flowerpot that uses connecting devices such as bolts and nuts.

FIG. 15 is a view of the inside of the pot wall of a circular assembly type flowerpot using a connecting tool such as a bolt and a nut. This is the same idea as a square-shaped assembly-type flowerpot that uses connecting devices such as bolts and nuts.

FIG. 16 is a view of the lower surface of the pot bottom plate of a circular type assembly type flowerpot using a connecting tool such as a bolt and a nut. This is the same idea as a square-shaped assembly type flowerpot that uses connecting devices such as bolts and nuts, and there is no need to make a cut in the edge of the circular pot bottom plate as in 21.

FIG. 17 is a diagram of an example of a connecting device that can be used in place of bolts and nuts.
Align the adjacent pot walls, insert the 22 part of the connecting device into the hole for the bolt, lower the handle of 23, and the two elongated band-shaped edges integrated on the outside of the pot wall are firmly sandwiched from both sides by 24. Is done. Further, in the case of the connecting device shown in FIG. 7, it is an advantage that a tool such as a monkey spanner for tightening bolts and nuts is not required.

It is an outwardly bent edge at the top that is integrated with the 14-divided pot wall, and its width is the same as the tag width.
10 It is a cylindrical protrusion integrated with the tag at the connecting part of the combined tag.
11 This is a hole for receiving cylindrical protrusions that are adjacent to each other at the connecting portion of the combination tag.
16 Bent edges from the top to the bottom of the pot, which are integrated with the pot wall on both sides of the divided pot wall, and are the connecting parts of the divided pot walls.
17 This is the connecting part between the divided outer walls, and is a hole into which a part of connecting equipment such as bolts and nuts is inserted.

Claims (2)

When replanting a plant planted in a medium to large flowerpot, the grown roots press against the pot wall, making it difficult to pull out the plant. Therefore, you can hit the pot wall, push a stick through the drain hole of the pot bottom plate to push it up, or insert a thin and slender metal plate such as a gold ruler between the root and the pot wall to make a gap, and then multiple people can make a flowerpot. The plant will be pulled out at an angle. At that time, the current situation is that we are having a lot of trouble, such as damaging the flowerpots and breaking the branches of important plants.
Therefore, based on the idea from the tub that has been used in many fields since ancient times, the pot wall divided into 4 pieces for the square type assembly type flowerpot and 3 to 4 pieces for the circular type according to the length of the caliber, and the depth of the pot. Combine 3 to 4 sets of tags, assemble the split pot wall, turn it upside down, assemble in order from the larger combination tag, and hit the joint of the tag with a hard rubber hammer etc. to firmly fix it to the pot wall. Return the top and bottom to their original positions and place the pot bottom plate to complete the assembly.
At the time of replanting, the tag can be easily removed by tapping the connecting part of the combined tag downward with a hard rubber hammer, etc., and the assembly pot wall will also come off without damaging the flowerpot or the branch of the plant in a short time. Replanting is possible.
Furthermore, these square and circular assembling type flower pots have a tag to be combined with the split pot wall and the pot bottom plate as separate parts, and the packing is smaller and does not take up much space compared to the conventional medium to large flower pots. It is also useful in exhibitions for storage, transportation, and sales. Instead of the combination tag of claim 1, an assembly-type flowerpot in which the joint portion of each pot wall is fixed with a connecting device such as a bolt and a nut is also included in the scope of utility model registration.
Since no tag is required, the production is simple and the production cost is low, and the pot wall can be easily fixed. However, since it seems that connecting devices such as bolts and nuts are not very suitable for flower pots in terms of the appearance of the pot, it is preferable to use connecting devices made of the same material as the pot.
Further, as in claim 1, the packaging is smaller than the conventional medium to large flower pots and does not take up much space, which is useful for exhibitions for storage, transportation, and sales.

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