CN103960083B - The auxiliary support bar of potted plant - Google Patents

Abstract

The invention discloses an auxiliary support rod for potted plants, relates to a potted plant support tool, and refers to a support rod for supporting the stems of potted plants, which solves the problems caused by external force support for potted plants with inconspicuous trunks and weak stems Material confusion, instability, unfavorable operation, weak support strength, poor safety, inconvenient management, etc. The basic characteristics are: the support rod consists of an upper end blunt head (10), an upper end connecting hole (9), and a support shaft (7) , the lower end perforation (8) and the smooth lower end (15), combined with the use of accessories, can be lengthened, shortened, bent, fixed in the ear groove of the ear basin, so that the flowerpot and the support rod are integrated to form a stable The advanced space support system has achieved the goal requirements of convenience, practicality, safety, economy and high efficiency, and has outstanding advantages.

Description

Auxiliary support poles for potted plants

technical field

The utility model relates to a potted plant support appliance, which refers to a support rod for supporting the stem of a potted plant and forming a stable space structure.

Background technique

Grapes, honeysuckle, winter jasmine, tomatoes and other plants have strong adaptability, fast growth, easy cultivation, and convenient management. They not only have high edible and medicinal value, but also are good ornamental flower bonsai plants. Potted plants on balconies and roofs, and the development of "mobile agriculture" can be said to be a good thing that kills multiple birds with one stone, and the benefits are very significant. However, because they have the biological characteristics of vines, the trunk is not obvious, the vines are weak, and the limitations of potted plants are very limited. Prominent, thereby greatly restricting its development, unable to form industrial advantages and carry out large-scale production, it is difficult to enter thousands of households, which is really a good thing.

How to overcome the limitation shown in this class of liana cultivation process, people have also taken multiple auxiliary measures. The first is the agronomic measures. The trunk is cultivated through repeated pruning for many years. Generally, it takes at least three years. The cultivation process is too complicated. Unable to play, so generally people who are involved in their field for the first time will die after two or three years; the second is simple support, which is to use the materials around them, such as bamboo poles, wooden sticks, metal steel pipes and iron wires, to bind and support. No matter how beautiful it is, the first is the safety issue. Because of its sharp stigma sticking out, people will hurt their bodies if they do not pay attention when bending over to manage the operation. If it is a metal material, it is more dangerous, and secondly, it is inconvenient to manage. These simple materials They are all directly inserted into the pot soil, which brings difficulties to fertilization and watering, especially when the pot soil is changed; again, the support strength and range are limited, and all force depends on the pot soil. If the watering is too large , The soil is soft, and it tends to fall, which brings difficulties to a good plant shape design. Bamboo poles, wooden sticks, etc. are also easy to rot, and the use time is limited, so people often keep a respectful distance from this simple support method.

Flower pots and support rods are important carriers of potted plants, and have entered thousands of households. They are one of the simple items that people are familiar with. For the sake of beauty, their appearance designs are constantly changing, but their functions still cannot meet the needs of production and development. The present invention The unique structural function attached to the support rod makes the flower pot and the support rod can be integrated, which is more conducive to the production management of potted plants, and properly solves the actual problems encountered in the production process of potted vines. The advancement of potted plant production methods is obvious to the development of potted plant production, vigorously promote the development of "mobile agriculture", and enrich people's material and cultural living standards. The auxiliary support bar designed and manufactured by the invention meets the target requirements of convenience, practicality, safety, economy and high efficiency, and has outstanding advantages.

Contents of the invention

Properly solve the problems of some potted plants using support rod materials such as confusion, instability, unfavorable operation, weak support strength, and poor safety. The method is simple, it is to solve the problem of how to insert it there; the third is to solve the problem of how to build a stable support system among the support rods, flower pots and potted plants. Although the parts are small, the effect is very large, and the comprehensiveness is very strong.

The present invention is aimed at above problem, is by realizing like this:

1. The basic structural features of the support rod are: the support rod is composed of a blunt upper end, an upper end connection hole, a support rod body, a lower end perforation and a smooth lower bottom end. For the convenience of combination and design, the corresponding accessories are: fixed pin, upper end connection Line, support rod connection sleeve, extension support rod. The length of the rod refers to the distance from the blunt upper end to the lower end, which can be shaped according to actual needs, and an appropriate distance is left from the lower end perforation to the lower end for use when extension is required. The support rod is in the shape of a polyhedron, and is a long cylinder with high stress strength. It is also very convenient to lengthen or shorten the operation. Its thickness corresponds to the size of the basin and the support strength. In order to reduce the extrusion of the support rod to the edge of the flowerpot, it can be bent into an arc with a corresponding angle at an appropriate distance above the perforation at the lower end.

2. The method of freely lengthening the shaft is characterized by: in addition to meeting the conventional needs, the length of the designed support rod can be extended or shortened according to the actual situation by using the support rod connecting sleeve, extending the support rod and other auxiliary components to meet different needs. The extension part is mainly the lower bottom end of the support rod and the upper end connecting hole to the shaft of the middle section of the lower end perforation. The method of lengthening the shaft is to cut it smoothly from the middle first, and then insert the extended support rod and the cutting head into the connecting sleeve for connection. If shortening, cut a long shaft, and then use the connecting sleeve Just connect it fixedly; if you need to extend the shaft to the ground, just connect it from the lower end of the support rod.

3. Sleeve structure and connection method: The sleeve is an important tool for lengthening or shortening the support rod. The inner diameter and shape of the sleeve are the same as the thickness of the support rod. It is generally designed as a cylinder for insertion into the rod body. In order to increase the firmness , Glue can be applied when inserting the rod.

4. The basic features of ear pots capable of fixing support rods are: the outer edge of the upper pot mouth of a conventional flower pot is perpendicular to the outer wall of the flower pot downwards, and at least three ear grooves for fixing the support rods are added according to the principle of equidistant symmetry Structure, the entire ear groove is attached to the outer edge of the upper mouth of the flowerpot, similar to "ears", we call this flowerpot with ear groove structure "ear basin". The ear groove and the whole pot body are connected into an inseparable whole. There are two symmetrical parallel fixing holes in the center of the left and right side walls. The inner wall is the outer wall of the flower pot. The upper bottom surface of the groove, The lower bottom surface and the front facade are open (for inserting support rods), and this groove-shaped structure composed of three solid facades is the ear groove.

5. How to use the support: Insert the lower end perforations of the support rods (at least three groups) in the ear grooves and connect the fixing holes on the left and right side walls of the ear grooves with fixing pins, and then fix the upper connection holes of all the support rods with connecting wires. At the same time, if it is necessary to form an open support at the upper end, as long as the hard iron wire material is used as the connecting line, a stable support system will be formed.

Beneficial effect

The auxiliary support bar of the potted plant of the present invention has the following advantages:

1. It solves the problem of confusion in the use of support rod materials, and adds to the aesthetic feeling of potted plants. The invention uses common plastic as the production material, and has the characteristics of fast molding, high elasticity and easy coloring.

2. It is very convenient to assemble and disassemble. It can not only be used for the support of general potted plants, but also can be adjusted and installed to meet the production requirements of specific height potted plants through the combination of accessories.

3. The adverse effect of using the potting soil to support the support bar is overcome, and the flower pot body is used as the support point, and the flower pot body and the support bar form a unified whole.

4. Increased safety and stability. The blunt head of the support rod effectively solves the injury incident of people bending over for agricultural operations. The support rod, flowerpot and potted plants are conducive to forming a stable support system.

5. The separation phenomenon of the flower pot and the auxiliary support rod is solved, and the support strength is greatly increased. The entire support system forms a regular polyhedron shape, and the lower end of the support rod is extended through the adjustment of the connection method, and the ground can be used as a support point, and its strength is significantly increased.

6. Wide range of uses, the support rod can be directly used as a lifting tool for moving the ear basin, and the operation is very convenient.

Description of drawings

Figure 1: Schematic diagram of the structure and connection of the support rod.

Figure 2: Schematic diagram of the structure of the ear basin.

Figure 3: Schematic diagram of the method of use.

In the figure: the outer wall of the flower pot (1), the everted edge of the upper mouth of the flower pot (2), the opening of the flower pot edge (3), the ear groove for inserting the support rod (4), the left and right side walls of the ear groove (5), the ear groove Left and right side wall support material fixing holes (6), support rods (7), perforations at the lower end of the support rods (8), connection holes at the upper end of the support rods (9), blunt ends of the upper end of the support rods (10), fixing pins (11), upper ends Connecting line (12), support rod connection sleeve (13), extended support rod junction (14), lower bottom end of the support rod (15), extended support rod (16).

detailed description

The following is a description with specific illustrations:

Figure 1 is a schematic diagram of the structure and connection method of the support rod. The support rod consists of an upper blunt head (10), an upper connection hole (9), a support rod body (7), a lower perforated hole (8) and a smooth lower bottom end (15) , in order to facilitate the combination and design its corresponding accessories are: fixed pin (11), upper connection line (12), support rod connecting sleeve (13), extended support rod (16).

The support rod is generally a solid cylinder made of plastic as a material and stamped by a mold. The length of the pole refers to the distance from the blunt upper end to the lower end, generally 50-100 cm, and can be shaped according to actual needs. The supporting rod is in the shape of a cylinder, and the circumference diameter (thickness) of the cross section is 0.5-1.0 cm. The distance from the upper end blunt head (10) to the upper connecting hole (9) is 5 cm, and the distance from the lower end perforation (8) to the smooth lower end (15) is 10 cm. The upper connection hole (9) is circular and has a diameter of 0.2 centimeters. The perforation (8) at the lower end is circular, with a diameter of 0.2 to 0.5 cm.

The connecting sleeve (13) is made of plastic and is an important tool for lengthening or shortening the support rod (7). 0.3 cm, and its length is 10 cm. When inserting the rod, glue can be applied to the connection.

Connecting wire (12) is to fix the usefulness of the upper end by penetrating the upper end connecting hole (9) of the support rod, and plastic glue line or hard iron wire are commonly used. The cross-sectional diameter of the glue line is 0.1-0.2 cm.

Prolonging support rod (16) is an accessory part of lengthening support rod, and its shape is identical with support rod, and its cross-section diameter is also identical with support support rod cross-section diameter, and its every section length is 30 centimetres.

The fixed pin (11) is a small cylindrical rod (or metal curved flat pin), which can be made of plastic. Smaller perforations allow different types of metal wire to be used.

The method of lengthening or shortening the support rod (7): the method of lengthening the rod body is to cut smoothly from the middle first, and then insert the extended support rod (16) and the cutting head into the connecting sleeve (13) for connection, so that The support rod (7) and the extended support rod (16) are combined (14); if the shortening is to cut a section of long shaft, then the two ends of the shaft are fixedly connected with the connecting sleeve (13); if the shaft needs to be extended To the ground, it only needs to be connected from the lower end of the support rod (7).

Figure 2 is a schematic diagram of the structure of the ear basin, and the ear basin is selected according to the needs of cultivating different plants. The ear basin is made of plastic, and there are two types of flat mouth and rolled mouth. The size is mainly determined by the height and the diameter of the basin mouth. The shape should be beautiful and practical. The structural feature of the ear pot is: no less than three ear grooves (4) are equidistantly and symmetrically distributed on the outside edge (1) of the upper mouth of the flower pot. The upper mouth of the ear groove of the roll-mouth ear basin is the edge opening (3), and the two positions are equal in number and overlap. The left and right side walls of the ear groove (5) are rectangular or trapezoidal at right angles, and the long side is connected to the outer wall of the flower pot (1). The upper side coincides with the everted edge (2) of the upper mouth of the flower pot, and there are upper and lower fixing holes (6) at the center of the left and right side walls (5). The left and right side walls (5) of the flat mouth ear grooves are right-angled triangles, the long side of the triangle is connected to the outer side wall (1) of the flower pot, the upper apex of the triangle coincides with the upper mouth of the flower pot, and there is a fixed hole in the center of the left and right side walls (5). hole (6).

The distance between the left and right side walls (5) of the ear groove (4) is 0.7-1.2 cm, the long side near the outer wall of the ear basin (1) is 10 cm long, the bottom side is 5 cm wide, and the top side is equal to or connected to the width of the mouth Form the vertices of a triangle, and the fixing hole (6) is opened in the center of the plane of the left and right side walls (5), circular, with a diameter of 0.2 to 0.5 cm, equal to the size of the perforation at the lower end of the support rod.

Figure 3 is a schematic diagram of the method of use. The specific method of use is: the support rod (7) is inserted into the ear groove (4), and the lower end of the perforation (8) corresponds to the fixing hole (6), and is connected with the fixing pin (11), and the upper end is penetrated with the connecting wire (12) The upper end connecting hole (9) is buckled well, if the upper end is made to form an open-shaped support, and the hard iron wire class is used as the connecting wire (12), a stable support system can be formed, which is very convenient to use.

Claims (1)

1. the auxiliary support bar of a potted plant, relate to a kind of potted plant bearing tool, its basic feature is: auxiliary support bar is blunt nosed by upper end, upper end connecting hole, support shaft, lower end perforation and smooth lower bottom and form, discrete has: steady pin, upper end connecting line, support rod connecting sleeve cylinder, extend support bar, and its structure and using method be:

(1) length of auxiliary support bar refers to the blunt nosed distance to lower bottom in upper end, lower end bore a hole lower bottom leave appropriately distance in case need extend time use；

(2) support rod connecting sleeve cylinder is the important tool being lengthened or shortened auxiliary support bar, and support rod connecting sleeve cylinder internal diameter size, shape are identical with auxiliary support bar, can spreading glue bonding during inserted link；

(3) utilizing support rod connecting sleeve cylinder, extend support bar and can extend or shorten auxiliary support bar length, the prolongation of lower bottom length can make auxiliary support bar go directly ground；

(4) auxiliary support bar is a kind of solid polyhedron column construction, its cross-sectional diameter size determines with the size of selected cultivated plant apparatus ear basin and the stressing conditions of support cultivated plant, above the perforation of lower end, suitably distance bends to the arc of respective angles, to reduce the auxiliary support bar extruding to flowerpot edge；

(5) using method is: first bored a hole the lower end of auxiliary support bar and the ear groove left and right sidewall fixing hole steady pin on ear basin couples together, again connecting hole is passed through in all auxiliary support bar upper ends, linking together as connecting line with hard iron wire, such auxiliary support bar becomes ringent stable space support system using ear basin body as the strong point, upper end with ear basin just composition.