TWM615209U - Peduncle shaping metal wire structure - Google Patents

Abstract

This creation is for a peduncle shaped metal wire structure, especially for the purpose of improving the stability of the pedicel shaped metal wire in insertion, as well as the simplicity and consistency of the pedicel shaping; its structure The design is mainly to bend the lower part of the pedicel moulding metal wire to form a predetermined type of tortuous part, so that it can be inserted into the culture soil to obtain a better consolidation effect, and the upper part of the pedicel moulding metal wire is preliminarily Flexing into a curved arc segment with a predetermined curvature, it can be more convenient and easy to obtain the same shape when fixing the stalk of the flower, which greatly improves the quality of its molding, and is indeed deeply used in the industry. Valuer.

Description

Pedicel plastic wire structure

This creation is about a kind of pedicel shaped metal wire structure, especially designed for the fixing and shaping of the stems of plants such as orchids. Through the structural design of the pedicel shaped metal wire, it is more stable in insertion and can be inserted. Those who can easily obtain the effect of shaping flower stems.

According to the general ornamental flowers such as orchids, in order to maintain the good growth of their flower spikes and flowers, in the process of cultivation, plastic metal wires and plastic clips are usually used to shape the stems of the flowers, and the flower stems Tune the stems into an appropriate shape to avoid their arbitrary growth and interference with each other, so as to obtain a more beautiful shape, so as to enhance its overall appearance and sense of value.

In the structural design of the conventional plastic metal wire, it is basically made of a metal wire covered with a plastic sheath. The flexibility of the metal wire can be used to bend it arbitrarily. In its shaping operation, it is usually The lower part of the molding metal wire is directly inserted into the cultivation soil of the plant, and then the upper end of the molding metal wire is attached to the side of the stem to be molded, and it is appropriately bent to the required curvature, and then the plastic is used. The plastic clip attached to the shaped metal wire clamps the stem of the flower so that the flower stem can maintain the same curvature as the shaped metal wire. After a period of time, it can be shaped into the desired shape.

However, because the conventional plastic metal wire is only made of a simple metal wire covered with a plastic skin, when the culture soil is inserted in the lower section, it is directly inserted into the soil in a straight line. Although the insertion is quite simple and labor-saving, Also due to the lack of grip structure, its consolidation effect is not good, often in flowers In the process of plant growth, the lower part of the plastic metal wire is pulled due to external force or the inertia of flower stem growth, causing it to loosen or pull off, which affects the effect of its shaping. It is necessary to solve the improvement.

Moreover, this kind of molding metal wire is completely dependent on the operator to bend the required curvature in the molding operation of the flower stem, but with the difference in the skills, experience and judgment of different operators, its The curvatures of the bends are not the same, resulting in more or less different shapes of the flower stalks, which affects the quality of its shaping. It is necessary to try to solve them and improve them together. By.

In view of the many problems and deficiencies faced and derived from the implementation of the conventional plastic metal wire, the creator specially made research and development improvements. Based on his years of experience and technology in related industries, he developed the pedicel plastic metal of this creation.线结构。 Line structure.

The structural design of the plastic wire in this creation is mainly to flex the lower end of the pedicel plastic wire into a predetermined non-linear zigzag pattern, so that it can be multi-directionally consolidated when it is inserted into the culture soil. In order to improve the stability of its insertion, the upper section of the pedicel shaping metal wire is pre-bent into a curved arc section of a predetermined arc, so that it can be more easily obtained in shaping the stems of flowers. The same curvature shaping effect to maintain its shaping quality.

The pedicel shaped metal wire structure of this creation, through the innovative composition design of its structure, not only can improve the consolidation effect of the insertion, but also ensures the stability of the insertion of the pedicel shaped metal wire, and at the same time, it has a good effect on the flower stem. It is also easier to shape the stem, avoiding too much difference and influence due to the skills and experience of the operators, and thoroughly solving the problems and deficiencies in the conventional structure.

(10): Pedicel plastic wire

(11): Zigzag part

(12): Curved arc

(20): Potted Plants

(21): Cultivating soil

(30): Potted Plant Container

(31): fixed disk

Figure 1: is a schematic diagram of the structure of the preferred embodiment of this creation.

Figure 2: A schematic diagram of the partial structure of the preferred embodiment of the authoring.

Figure 3: A schematic diagram of the structure of the preferred embodiment of this creation.

Figure 4: is a schematic diagram of the structure of other types of the preferred embodiment of this creation.

Figure 5: is a reference diagram of the implementation state of the preferred embodiment of this creation.

Figure 6: is a reference diagram of the implementation state of the assembly arrangement of the preferred embodiment of this creation.

Regarding the structural composition, technical means and effect of this creation, I would like to give an example in conjunction with the diagram to further explain in detail later:

Please refer to Figure 1 to Figure 6 to illustrate the preferred implementation of this creation. As shown in the figure, the pedicel plastic metal wire (10) of this creation is basically made of flexible metal wire in the structural design. As the main body, if necessary, it has to be covered with a layer of plastic skin (not shown). In order to obtain the stability and convenience of the pedicel shaping application, this creation uses the pedicel shaping metal wire (10) The predetermined part of the lower section of the culture soil (21) to be inserted into the potted plant (20) is bent and processed, so as to form a predetermined shape of a non-linear zigzag part (11), the zigzag part (11) can be folded side-to-side Unidirectional or multi-faceted regular or irregular shapes, and the upper section of the pedicel molding wire (10) is pre-bent into a curved arc section (12 ), based on this, constitute the basic functional structure of the peduncle plastic wire in this creation;

The peduncle molding metal wire was created through the base of the lifting structure design. In the implementation of the flower stalk molding operation, the lower section of the peduncle molding wire (10) was directly inserted into the potted plant (2). 0) In the culture soil (21), the bending part (11) formed by the bending of its lower section is used to form a non-linear and zigzag pattern to obtain a multi-directional consolidation relationship with the culture soil (21) to avoid the cause It is loosened or pulled out and displaced by external force to improve the stability of its insertion. Through the pre-bending and bending arc section (12) of the upper section of the pedicel molding metal wire (10), all flowers can be guaranteed The pedicel molding metal wire used for stalk molding maintains the same curvature. Even if you don’t need professional technicians, you can use its curved shape to easily shape the stalks of each flower into the same curvature. In other words, the curved arc section (12) of the upper section of the pedicel plastic metal line (10) can be planned to ensure that the flower stems have different curvatures due to different operators or techniques. The stalks are shaped with the same curvature, which can greatly improve their shaping quality. On the other hand, when you want to integrate several pots of flowers into a large pot of bonsai, you have to insert the lower end of the stalk shaping metal wire (10) The bottom of the original potted plant (20) is then fixed and inserted on the fixed plate (31) preset in the large potted plant container (30) to obtain a stable and maintain its placement relationship and avoid any shifting when it is transported and moved. And destroy the aesthetics of its configuration;

That is, the pedicel molding metal wire of this creation uses the bending of the lower end and the bending of the upper arc to maintain the pedicel molding metal wire when performing flower stalk molding operations. In addition to the stability of the insertion, it is easier to obtain the curvature and the same quality of its stalk shaping, thoroughly solving the problems and deficiencies in the conventional structure, and giving excellent industrial use value;

In summary, the pedicel shaped metal wire structure of this creation can indeed improve the stability of the pedicel shaped metal wire in insertion, as well as the ease and consistency of shaping flower stems, and solve the existing problems of similar products. As a whole, it has excellent industrial usability and practical value. It is an excellent and outstanding innovative design, and it has filed a patent application in accordance with the law.

(10): Pedicel plastic wire

(11): Zigzag part

(12): Curved arc

Claims (3)

A peduncle plastic metal wire structure is mainly composed of a flexible metal wire. The pedicel plastic metal wire is to be inserted into a predetermined part of the lower part of the potted culture soil to be flexed and processed, thereby forming a non-predetermined shape. The straight and zigzag part makes the cultivation soil obtain a multi-faceted consolidation relationship. According to the pedicel shaped metal wire structure according to claim 1, wherein the tortuous part of the lower section of the pedicel shaped metal wire can be made into a one-way or multi-faced regular or irregular shape that is folded laterally outward. According to the pedicel shaped metal wire structure according to claim 1, wherein the upper section of the pedicel shaped metal wire is pre-bent into a curved arc section of a predetermined arc in response to the need for its shaping, so as to obtain the right flower The convenience and consistency of stalk shaping.

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