TW202211785A - Integrated flower assembling and fixing structure capable of selectively placing a plurality of flower pots in the accommodating trough area and the central trough to form an integrated large-scale flower bonsai - Google Patents

Abstract

The present invention is to provide an integrated flower assembling and fixing structure, particularly an innovative design for integrating and arranging potted plants such as orchids. Primarily, an integration tray capable of being plugged into the top port of a flower vase is provided, and the size of the integration tray is slightly smaller than the top port of the flower vase, so that the integration tray can be sleeved and plugged into the top port of the flower vase. Moreover, the relationship of the integration tray being plugged and assembled into the top port of the flower vase can be maintained by manners of using multiple stoppers extended from the peripheral edge, hook slots with hanging hooks, or a supporting column connected with the bottom. The integration tray is planned and designed therein with a central trough that is tapered inwards. Moreover, a plurality of arc concave limit slots are formed to the outer periphery of the central trough, and a plurality of arc curved accommodating troughs are formed on the periphery of the integration tray corresponding to the arc concave limit slots of the central trough. The arc concave limit slots and the arc curved accommodating troughs are in an oblique cone shape with upper end expanded outward. Each of the arc concave limit slots and the arc curved accommodating troughs are just constituted into an accommodating trough area of a flower pot. With the constituted integrated flower assembling and fixing structure, a plurality of flower pots, such as orchids, can be selectively placed in the accommodating trough area and the central trough to form an integrated large-scale flower bonsai according to the requirement, which solves the problems and defects in the existing large-scale flower bonsai assembly methods.

Description

Flower integrated assembly fixed structure (3)

The invention relates to an integrated assembly and fixing structure for flowers, mainly through the design of an integrated plate body on the top of the flower vessel, so that the outer edge arc concave limit groove of the central holding groove planned by the integrated plate body is matched with the surrounding plural arc curvatures. The accommodating trough area formed by the trough is used for the placement of orchids and other potted plants, thereby forming an integrated flower bonsai, providing a faster and more convenient flower bonsai combination operation, and solving 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 a flower vessel, and in order to create its overall texture and momentum, a large-sized floor-standing flower pot or vase is usually selected. The size of the flower vessel is too different from that of the orchid potted plant, and the orchid potted plant cannot be placed directly into the flower vessel. The placed orchid potted plant is placed in, but due to the lack of proper positioning structure of the flower vessel, in the process of placement and assembly, various materials must be filled in time to fix the orchid potted plant, and at the same time, the height of the orchid potted plant and the direction of the flower spikes must be adjusted. , making the presentation more The ideal shape, and such assembly and adjustment usually require experienced professionals to be competent.

It can be seen that, in the current integrated assembly of such orchids and other fresh flower bonsai, in addition to relying on experienced professionals to carry out, resulting in a high labor cost, in addition, the way of stuffing various materials inside the flower vessel is also derived. The cost of materials and environmental protection problems are still to be solved.

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 requirement of the orchid potted plant during the integrated assembly, the present invention, in terms of structural design, mainly through the design of the integrated plate body at the top of the flower vessel, so that the outer edge of the center groove planned by the integrated plate body can be used to limit the arc concave limit. The position groove is combined with the surrounding grooves formed by a plurality of curved curved grooves for the placement of orchids and other flower pots, thereby forming an integrated flower pot, thereby replacing the conventional method of filling the height of waste materials such as Styrofoam.

The flower integrated assembly and fixing structure of the present invention is designed through the integrated plate body design of the top plug sleeve of the flower pot, and the outer edge arc concave limit groove of the center groove of the integrated sleeve plate body is matched with the arc curved accommodating groove structure to form a shaped accommodating groove. Area planning makes it unnecessary to pack various waste materials in the integrated placement and assembly of potted plants, and the placement and assembly are easier and can be carried out without experienced professionals, thus saving more materials and manpower At the same time, the integrated disk body can be recycled and reused, which effectively solves the existing and derived problems of the conventional operation mode.

(10): flower utensils

(11): port

(20): Integrated disc body

(21): sleeve insert

(22): center trough

(23): Arc concave limit slot

(24): Arc curved groove

(25): Stopper

(26): Hook groove

(27): Hook

(30): Top strut column

(40): Flower Pot

FIG. 1 is a schematic structural diagram of a preferred embodiment of the present invention.

FIG. 2 is a schematic exploded view of the structure of the preferred embodiment of the present invention.

FIG. 3 is a schematic exploded view of the partial structure of the preferred embodiment of the present invention.

FIG. 4 is a schematic diagram of the structural relationship of the preferred embodiment of the present invention.

FIG. 5 is a reference diagram of the implementation state of the preferred embodiment of the present invention.

FIG. 6 is a schematic structural diagram of another preferred embodiment of the present invention.

FIG. 7 is a schematic diagram of the structural relationship of another preferred embodiment of the present invention.

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

FIG. 9 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 5 to illustrate the preferred embodiment of the present invention. As shown in the figures, the present invention mainly includes an integrated disc body (20) which can be plugged into the top port of the flower device (10) in terms of structural design. ), the flower vessel (10) can be an existing large vase or flower pot, and the size of the integrated disc body (20) is slightly smaller than the top port (11) of the flower vessel (10), so that the flower vessel (10) can be assembled with a packing set. In the top port (11), a set of inserts (21) is formed in the center of the bottom of the integrated disc body (20) so as to insert a separately made top strut column (30). The length is approximately the same as the height of the flower vessel (10) minus the height of the integrated plate body (20), so that the integrated plate body (20) can be supported by the top support rod (30), so as to maintain the integrated plate body (20). ) at the top port (11) of the flower device (10), the integrated disc The inside of the body (20) is designed with a central groove (22) tapering inwardly in size, and a plurality of arc concave limit grooves (23) are formed on the outer periphery of the central groove. The peripheral edge of the disk body (20) is formed with a plurality of arc curved tolerance grooves (24) corresponding to the arc concave limiting groove (23) of the central holding groove (22), and the outline of the integrated disk body (20) is The arc-curved grooves (24) are planned to be petal-shaped, and the above-mentioned arc-concave limit grooves (23) and the arc-curved grooves (24) are both slightly tapered with their upper ends expanding outward. In this state, each of the arc concave limiting grooves (23) and the arc curved accommodating grooves (24) are used to form an accommodating groove area for a flower potted plant (40), thereby constituting the flower integrated assembly and fixing structure of the present invention;

Through the construction of the lift-up structure, when the integrated assembly operation of flowers is to be performed, a plurality of orchids and other flower potted plants (40) must be selectively placed in the above-mentioned integrated plate body (20) according to the requirements. 23) and the curved accommodating trough (24) constitute the accommodating trough area and the central holding trough (22), and obtain proper positioning by virtue of its oblique taper, and at the same time, the flower ears of the flower potted plant (40) can be adjusted in a timely manner Direction, that is, an integrated large-scale flower bonsai can be assembled according to the needs. Not only is it faster and easier to assemble, but there is no need to fill any styrofoam, waste cloth and other sundries or waste materials, and it can also be done without relying on professionals. The operation can greatly reduce the overall cost and solve the problems and deficiencies in the existing large-scale flower bonsai assembly methods;

Next, please refer to Figs. 6 to 9 to illustrate the positioning method of the integrated disc body (20) packing set at the top port (11) of the flower device (10) of the present invention. In addition to the positioning and maintaining state of the lower supporting integrated disc body (20), a plurality of blocking pieces (25) can also be extended and formed at a plurality of predetermined positions on the periphery of the integrated disc body (20), so that the plurality of blocking plates (25) are formed. The diameter of the stop piece (25) is larger than the diameter of the top port (11) of the flower device (10), so that the integrated disc body (20) is stuffed and sleeved on the top end of the flower device (10). When the port (11) is opened, the blocking pieces (25) must be used to stop the upper edge of the port (11), and then the integrated disc body (20) is positioned at the top port (11) of the flower device (11) (please refer to Fig. 6, 7); or hooking grooves (26) can be formed at multiple positions on the periphery of the integrated disc body (20), so as to be hooked by another hook (27), and then the hook (27) can be used. hooked on the top port (11) of the flower device (10) to achieve the function of filling and positioning the integrated disc body (20) on the top port (11) of the flower device (10) (please refer to Figures 8 and 9);

That is, through the above description, it can be seen that the present invention utilizes the design of a separately made integrated plate body to pack the sleeve on the top port of the flower vessel, and cooperates with the accommodating groove area planned and formed by the integrated plate body for the arrangement of potted flowers such as orchids, so that it can be quickly Complete the assembly of flower-integrated bonsai, eliminating the need for conventional styrofoam, waste cloth and other materials, and can also be operated without professionals. Compared with the conventional assembly method of large-scale flower bonsai, it is more suitable for industrial use. with practical value;

To sum up, the flower integrated assembling and fixing structure of the present invention, through the design of the integrated plate body stuffing sleeve at the top port of the flower vessel, cooperates with the planning of the inner center groove and the plurality of curved curved grooves in the integrated plate body and the accommodating groove area formed , so that even if there is no professional operation, it can quickly complete the integrated assembly and fixation of its flower bonsai by selectively placing orchids and other potted plants in the selected accommodating trough area or central trough, completely solving the conventional wisdom. The problems and deficiencies in the structure, on the whole, have deep industrial applicability and practical value, and it is indeed an excellent and outstanding innovative design, and a patent application is filed in accordance with the law.

(10): flower utensils

(11): port

(20): Integrated disc body

(22): center trough

(23): Arc concave limit slot

(24): Arc curved groove

Claims (5)

A flower integrated assembly fixing structure (3), mainly provided with an integrated plate body that can be stuffed and assembled at the top port of the flower vessel; it is characterized by: The size of the integrated plate body is slightly smaller than the top port of the flower vessel, so that a stuffing sleeve is assembled in the top port of the flower vessel, and a central groove with a size tapering inward is planned inside the integrated plate body. A plurality of arc concave limit grooves are formed on the outer periphery of the central holding groove, and a plurality of arc curved capacity grooves corresponding to the arc concave limit grooves of the central holding groove are formed on the periphery of the integrated plate body, and the aforementioned The arc-concave limit groove and the arc-curved accommodating groove are both in the shape of an inclined cone with a slightly outwardly expanded upper end. The arc-concave limit groove and the arc-curved accommodating groove are used to form an accommodating groove area for a flower potted plant. A flower integrated assembly and fixed structure that is easy to assemble and fix. According to the flower integrated assembling and fixing structure (3) according to claim 1, the outline of the integrated plate body can be designed along the arc-curved grooves to make it in the shape of a petal. According to the flower integrated assembly fixing structure (3) described in claim 1, wherein a set of inserts is formed in the center of the bottom of the integrated plate body, so as to insert a separately made top support column, the length of the top support column is It is roughly the same as the height of the flower device minus the height of the integrated plate body, so that the integrated plate body can be supported by the top support column, so as to maintain the integrated plate body at the top port of the flower device. According to the flower integrated assembling and fixing structure (3) described in claim 1, at a plurality of predetermined positions on the periphery of the integrated plate body, a plurality of blocking pieces must be extended and formed, so that the ruler of the plurality of blocking pieces is formed. The diameter is larger than the port on the top of the flower vessel, so that when the integrated disc body is stuffed and sleeved on the top port of the flower vessel, the blocking pieces can be used to stop the upper edge of the port, and then the integrated plate body is positioned at the top port of the flower vessel. According to the flower integrated assembly fixing structure (3) described in claim 1, wherein the set At multiple predetermined positions on the periphery of the disc body, hook grooves must be formed so as to be hooked by other hooks, and then the hooks can be hooked on the top port of the flower vessel, so as to achieve the filling and positioning of the integrated plate body on the top port of the flower vessel. of function.

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