TWI759869B - Flower integrated assembly fixed structure (2) - Google Patents

Abstract

The present invention provides an integrated assembling and fixing structure for flowers, especially an innovative design for the integrated arrangement of potted plants such as orchids. The body of the flower vessel is elevated, and at least one set of two or more pairs of limiting bodies is planned inside the body of the flower vessel. These limiting bodies are designed in different sizes and shapes according to the differences in their arrangement positions. When there are more than two sets of stopper bodies, the stopper systems are in a staggered correspondence relationship, and the stopper bodies of each set of stopper bodies located on both sides of the flower rest body are only provided on the inner side. The arc concave resting surface, and the rest of the limiting bodies are respectively provided with arc concave resting surfaces on the two adjacent sides thereof, and the arc concave resting surfaces of the above-mentioned limiting bodies are respectively in the shape of an upper end that expands outwards. The oblique cone shape, so that every four opposite arc concave resting surfaces just constitute a accommodating groove area, so as to be arranged for orchids and other potted plants to form a flower integrated bonsai, and outside the flower vessel body A ring groove is prefabricated in the lower part of the edge, so that it can be matched with a cloth curtain at the lower part of the flower utensil body to cover and hold the high stand, so as to improve its overall visual quality.

Description

Flower integrated assembly fixed structure (2)

The invention relates to an integrated assembly and fixing structure for flowers, mainly through the planning and design of the limiting body and the arc concave resting surface inside the flower vessel body, so that the accommodating groove area formed by the arc concave resting surface is used to supply orchids and the like. The flower pots are arranged to form an integrated flower bonsai, which provides a faster and more convenient flower bonsai combination operation, and solves the existing and derived problems of the conventional operation mode.

Generally speaking, on various occasions such as weddings and funerals, the completion of a new house, the opening of a company, etc., the venue is often decorated with fresh flower bonsai, and this kind of flower bonsai is mainly composed of orchids. Potted planting, when faced with the integrated assembly of flower bonsai, select orchids in a predetermined number of pots according to the required bonsai scale to integrate and assemble them in a suitable flower vessel, and at the same time make necessary adjustments and arrangements according to the growth pattern of their flower spikes. group, and then compose the desired flower bonsai.

In the integrated assembly operation of this type of flower bonsai, a flower pot of a suitable size is generally selected as the flower vessel, and in order to create its overall texture and momentum, but because the size of the flower vessel is too different from that of the orchid potted plant, the orchid potted plant is placed in the pot. When entering the flower container, it is often necessary to fill the gap with styrofoam, waste cloth and other debris or waste materials to locate the orchid potted plant and avoid its arbitrary displacement. Because its assembly and positioning are quite troublesome, and the flower spikes of the orchid potted plant often need to be adjusted. Therefore, such assembly and adjustment usually require experienced professionals to be competent.

It can be seen that at present, in the integrated assembly method of such orchids and other fresh flower bonsai On the other hand, in addition to relying on experienced professionals, which leads to high labor costs, the way of stuffing various materials inside the flower utensils also brings about material costs and environmental protection issues. improver.

In view of the fact that in the integrated assembly of the existing flower bonsai, due to the lack of a fixed structure in the flower utensil, various materials must be filled to elevate and fix the orchid bonsai, and even lead to the need for experienced professionals to operate. Based on this, the inventor started to develop , it is expected to provide a faster and more convenient flower integrated assembly and positioning structure.

In order to solve the positioning requirements of the orchid potted plant during the integrated assembly, the present invention mainly uses the arc-concave resting surfaces to form the accommodating groove area through the plurality of limiting bodies planned inside the flower vessel body in terms of structural design, so as to ensure It can be placed and positioned directly for orchids and other flower pots to form an integrated flower bonsai.

The flower integrated assembling and fixing structure of the present invention, through the design of the accommodating groove area composed of a plurality of limiting bodies, is manufactured in the flower vessel body, so that it is not necessary to pack various waste materials in the integrated arrangement and assembly operation of the flower potted plant, and It is easier to arrange and assemble, and it can be carried out without experienced professionals, thereby saving more material and labor costs. At the same time, the flower body can be recycled and reused, effectively solving the existing and derived problems of the conventional operation mode. By.

(10): Flower body

(11): Limiting body

(12)(13): Arc concave resting surface

(14): Ring groove

(20): Elevated tripod

(30): flower pots

(40): Cloth

FIG. 1 is an exploded schematic diagram of the overall structure of the preferred embodiment of the present invention.

Figure 2 is a schematic diagram of the structure of the flower stand body according to the preferred embodiment of the present invention.

FIG. 3 is a top view of the main body structure of the flower stand according to the preferred embodiment of the present invention.

FIG. 4 is a cross-sectional view of the partial structure of the flower stand body according to the preferred embodiment of the present invention.

FIG. 5 is a schematic diagram of the structure of the flower stand body in another viewing direction according to the preferred embodiment of the present invention.

FIG. 6 is a reference diagram of the implementation state of the preferred embodiment of the present invention.

FIG. 7 is a reference diagram of the implementation state of the preferred embodiment of the present invention with the cloth curtain.

FIG. 8 is a schematic diagram of the structural relationship of another preferred embodiment of the present invention.

Regarding the structural composition, technical means and effect achievement of the present invention, I would like to give some examples in conjunction with the drawings to further describe in detail below:

Please refer to FIGS. 1 to 7 to illustrate the preferred embodiment of the present invention. As shown in the figures, the present invention mainly includes a flower apparatus body (10) and a support stand (20) in terms of structural design. The flower apparatus body (10) It can be a long rectangular or square flower pot, which is convenient for arranging in parallel, and the flower pot body (10) can be elevated by using the elevating tripod (20). The interior is planned to have at least one set of two-column pairs of limiting bodies (11) (as shown in the figure, two sets of four-row limiting bodies), and these limiting bodies (11) are based on the difference in their disposition positions. And make different sizes and types of design (as shown in the figure, the near middle part is a large triangular pyramid, the proximal side is a small triangular pyramid, and the proximal ends are trapezoidal pyramids or sheets ), when the number of groups of the limiting bodies (11) is more than two groups, the limiting bodies (11) of each group are in a staggered corresponding relationship with each other (please refer to the drawings), and each group of the limiting bodies (11) The limiting bodies (11) located at the side edges of the two ends of the flower rest body (10) are only provided with arc concave resting surfaces (12) on the inner side, and the rest of the limiting bodies (11) are Arc concave resting surfaces (13) are respectively formed on the two adjacent side surfaces thereof, and the arc concave resting surfaces (12) (13) of the above-mentioned limiting bodies (11) are respectively formed with the upper ends expanding outward. Inclined cone shape, so that every four opposite arc concave resting surfaces (12) and (13) are exactly formed An accommodating trough area is used for selective placement of orchids and other flower pots (30), so as to form a positioning effect on the flower pots (30), thereby forming an integrated flower pot, and outside the flower vessel body (10) A ring groove (14) is prefabricated in the lower part of the edge, so as to be matched with a cloth curtain (40) at the lower part of the flower vessel body (10) to cover the elevated tripod (20), so as to enhance its overall visual texture;

Through the structure of the upper lift, when the integrated assembly operation of flowers is to be performed, a plurality of orchids and other flower pots (30) must be selectively placed in the accommodating groove area planned by the aforesaid flower vessel body (20) as required, In addition, the direction of the flower spikes of the flower potted plant (30) must be adjusted in a timely manner, and at the same time, a plurality of flower pot bodies (10) must be connected in parallel in a row according to the requirements, that is, an integrated large-scale flower bonsai can be assembled according to the requirements, not only for assembly. It is faster and easier to install, and there is no need to fill any styrofoam, waste cloth and other debris or waste materials. At the same time, it can also be operated without relying on professionals, which can greatly reduce its overall cost and solve the problem of existing large flower bonsai assembly methods. Existing problems and deficiencies;

Next, please refer to FIG. 8 to illustrate another preferred embodiment of the present invention, which utilizes the arc concave resting surfaces (12) (13) of the plurality of limiting bodies (11) based on the aforementioned flower device body (10). Under the functional structure of the formed accommodating grooves, the present invention can further align the bottoms of the accommodating grooves formed by the arc-concave resting surfaces (12) and (13) of the plurality of limiting bodies (11). It is planned to make each accommodating trough area have a change in height and drop, so that when the flower potted plant (30) is placed, it can naturally present a high and low level change, so as to improve the overall shape and visual appearance of the large flower potted plant. Changes to meet the needs of various occasions and placements;

That is, through the above description, it can be seen that the present invention utilizes a plurality of limiting body groups of different sizes and shapes to be arranged inside the flower vessel body to form a plurality of accommodating groove areas for the arrangement of the potted flower arrangement and positioning. Not only do you not need to worry about collision and damage during transportation, but also it is faster and easier to integrate and assemble the arrangement of orchids and other potted plants, without the need for extra styrofoam and other materials, and you can also do it without professionals. It can easily complete the overall assembly operation, which is more in line with industrial availability and practical value than the conventional assembly method of large flower bonsai;

To sum up, the flower integrated assembly and fixing structure of the present invention, through the planning and formation of the accommodating groove area of the plurality of limiting bodies inside the flower vessel body, enables it to selectively remove orchids, etc., even without professional operation. The flower pots are placed in the selected accommodating trough area, and then the integrated assembly and fixing of the flower pots can be quickly completed, which completely solves the problems and deficiencies of the conventional structure. On the whole, it has deep industrial utilization and practical value. , which can be regarded as an excellent and outstanding innovative design, and a patent application is filed in accordance with the law.

(10): Flower body

(11): Limiting body

(12)(13): Arc concave resting surface

(14): Ring groove

(20): Elevated tripod

Claims (4)

An integrated assembling and fixing structure for flowers (2), which mainly includes a flower vessel body and a support stand, the flower vessel body can be a long rectangular or square flower pot, which is convenient for parallel arrangement, and the use of the support feet The stand can elevate the flower vessel body; it is characterized in that: the interior of the flower vessel body is planned with at least one set of two-row paired limiting bodies, and the limiting bodies are of different sizes according to the difference of their disposition positions. And the design of the shape, the limit systems of each group are in a staggered relationship with each other, and the limit bodies of each group of limit bodies located at the sides of the two ends of the flower rest body are only provided with arc concave inside. Abutment surface, and the rest of the limiting bodies are respectively provided with arc concave resting surfaces on their adjacent two sides, and the above-mentioned limiting bodies are composed of four opposite arc concave resting surfaces to form a container. The groove area can be used for selective placement and positioning effect of potted flowers, and the lower part of the outer edge of the flower vessel body is pre-formed with a ring groove, so that it can be matched with the lower part of the flower vessel body and covered with a curtain to cover the support height. A tripod, which constitutes a flower integrated assembly and fixing structure that is easy to assemble and fix. According to the flower integrated assembly fixing structure (2) described in claim 1, the limiting body planned inside the flower vessel body has a large triangular pyramid shape near the middle and a small triangular pyramid shape near the side, The proximal ends are trapezoidal cones or sheets. According to the flower integrated assembly and fixation structure (2) according to claim 1, each of the limiting bodies planned inside the flower vessel body has an arc-concave resting surface in the shape of a slanted cone with an upper end that expands outwards. According to the flower integrated assembly fixing structure (2) described in claim 1, wherein the bottom of the accommodating groove area formed by the arc concave resting surfaces of the plurality of limiting bodies planned inside the flower utensil body is planned at different levels , so that each accommodating groove area has a change in height and drop, so that when the potted flower is placed, it must naturally show a change in the level of high and low.

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