TWI777879B - Flower integrated assembly fixed structure (4) - Google Patents

Abstract

The invention provides an integrated assembling and fixing structure for flowers, especially an innovative design for the integrated arrangement of potted plants such as orchids. A plurality of stopper pieces extending along the peripheral edge are positioned to limit the position, so as to maintain the relationship between the integrated pot body plug set and the port on the top of the flower vessel, and the interior of the integrated pot body is designed with a plurality of concave accommodating grooves by means of a partition body, and Each of the accommodating troughs is configured with different depths, so that the potted plants can be placed in it to form a vision with different heights, and at the bottom of each of the accommodating troughs are arranged a plurality of conical groove columns that are densely downward and outwardly convex. A plurality of specific parts of the above-mentioned partition body are provided with submerged and extended socket posts, and these tapered groove posts or socket posts can be used for selective insertion of plant positioning rods, so as to prevent the potted plants from shifting arbitrarily, The flower integrated assembling and fixing structure thus constituted can selectively place a plurality of orchids and other flower pots in each of the accommodating groove areas according to the requirements, so as to construct an integrated large-scale flower bonsai.

Description

Flower integrated assembly fixed structure (4)

The invention relates to an integrated assembly and fixing structure for flowers, mainly through the design of an integrated pot body with a plug sleeve on the top of the flower vessel, so that a plurality of accommodating groove areas are planned and manufactured by using the inside of the integrated pot body for the arrangement of orchids and other flower potted plants, and then the composition is formed. Integrated flower bonsai, meanwhile, through the plurality of dense conical groove columns protruding downward from the bottom of each accommodating trough area and the socket columns extending downwardly from the partitions between the accommodating trough areas for plant positioning rods It can be used to selectively insert the card, and then obtain the stable positioning effect of the potted plant arrangement.

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. Placed orchids are placed in pots, but due to the lack of proper positioning structure for the flower utensils, various materials must be filled in time during the process of placement and assembly. To fix the orchid potted plant, and adjust the height of the orchid potted plant and the direction of the flower spikes to make it appear more ideal, and such assembly and adjustment usually require experienced professionals to be competent.

It can be seen that at present, in the integrated assembly of such orchids and other fresh flower bonsai, in addition to relying on experienced professionals to carry out, which leads to the 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 conventional flower bonsai, due to the lack of a fixed structure in the flower utensils, various materials must be filled to elevate and fix the orchid bonsai, even resulting in the need to rely on experienced professionals to perform. Based on this, the inventors specially Through research and development, it is expected to provide a faster and more convenient flower integrated assembly and positioning structure that can stably position potted plants.

In order to solve the positioning requirement of the orchid potted plant during the integrated assembly, the present invention, in terms of structure design, mainly through the design of the integrated pot body by plugging the top of the flower vessel, so that multiple accommodating trough areas can be designed and constructed by using the interior of the integrated pot body for orchids. The flowers are placed in potted plants to form an integrated flower bonsai. At the same time, through the plurality of dense conical groove columns protruding downward from the bottom of each accommodating groove area and the partition body of each accommodating groove area, the insertion grooves extend downward. The hole column is used for the selective insertion of the plant positioning rod, so as to obtain the stable positioning effect of the potted plant arrangement, thereby replacing the conventional operation method of filling the height of waste materials such as Styrofoam.

The flower integrated assembling and fixing structure of the present invention, through the design of the integrated pot body of the top plug sleeve of the flower vessel, cooperates with the planning of the plurality of accommodating grooves and the configuration of different depths inside the pot body of the integrated sleeve body, so that the potted plants can be integrated and assembled. In operation, there is no need to pack various waste materials, and it is easier to arrange and assemble, and can be used through the card of the plant positioning rod, so that no experience is required. It can be carried out by professional professionals, which can save more material and labor costs. At the same time, the integrated basin can be recycled and reused, which can effectively solve the problems existing and derived from the conventional operation mode.

(1): potted plants

(2): Plant positioning rod

(3): Fixture

(10): Integrated basin

(11): Stopper

(12): Anti-ratchet

(13): Separator

(14): accommodating groove area

(15): Abutment sheet

(16): Tapered slot column

(17): Conical hole slot

(18): Jack post

(19): Jack

(20): flower utensils

FIG. 1 is a schematic diagram of the structure of an integrated basin according to a preferred embodiment of the present invention.

FIG. 2 is a schematic cross-sectional view of the partial structure of the integrated basin according to the preferred embodiment of the present invention.

FIG. 3 is a schematic cross-sectional view of the partial structure of the integrated basin in the inverted state according to the preferred embodiment of the present invention.

FIG. 4 is a schematic diagram showing the structural relationship of the integrated basin according to the preferred embodiment of the present invention.

FIG. 5 is a reference diagram of the implementation state of the integrated basin of the present invention used alone.

FIG. 6 is a schematic diagram of the structural relationship of the integrated pot body of the present invention used with a flower utensil.

FIG. 7 is a schematic diagram (1) of the insertion and setting relationship of the plant positioning rod according to the preferred embodiment of the present invention.

Fig. 8 is a schematic diagram (2) of the insertion and setting relationship of the plant positioning rod according to the preferred embodiment of the present invention.

FIG. 9 is a schematic diagram showing the positioning relationship of the local structure of the integrated basin body and the flower vessel of the present invention.

Regarding the structural composition, technical means and effect of this creation, I would like to give some examples in conjunction with the drawings to further explain in detail below:

Please refer to FIGS. 1 to 9 to illustrate the preferred embodiment of the present invention. As shown in the figures, the present invention mainly includes an integrated basin body (10) with a plugable sleeve set at the top port of the flower vessel (20) in terms of structural design. ), the flower vessel can be a large vase or flower pot, and the size of the integrated pot body (10) is slightly smaller than the top port of the flower vessel (20), so that the packing sleeve is assembled in the top port of the flower vessel (20), and the A plurality of blocking pieces (11) extending from the periphery of the integrated basin body (10) achieve a limiting position, and each blocking piece (11) is provided with a resisting ratchet piece (1) that can be bent downwards. 2), through the anti-ratchet teeth (12) being folded downward and cooperating with their resilience, they can stop against the inner wall of the flower vessel (20), so as to maintain the integrated pot body (10) plugged into the flower vessel (20) The relationship between the top ports, and the interior of the integrated basin (10) is planned to form a plurality of recessed accommodating groove areas (14) by using a plurality of partitions (13) of different shapes and sizes, and each of the accommodating grooves The regions (14) are arranged at different depths, and abutting pieces (15) are added to the outer edges of the plurality of shallow accommodating groove regions (14) to improve the stability of the potted plants (1) when they are placed, and Through the deep and shallow arrangement of the accommodating grooves (14), the potted plants (1) can be placed in them to form a visual with different heights, and at the bottom of each of the accommodating grooves (14), a plurality of densely facing downwards and outwards are arranged. Convex conical slot posts (16), the plurality of conical slot posts (16) are formed with conical holes (17), and the ends of these conical holes (17) are straight, and are also used in the aforementioned use. Several specific positions of the plurality of partitions (13) of the accommodating groove area (14) are formed by partition planning and downwardly recessed and extended downwardly extending socket posts (18), so that the sockets are The inlet end of the jack (19) of the column (18) is in the shape of an oblique tapered guide hole, so that the plant positioning rod (2) used by the potted plant (1) to fix the flower stem can be selectively directly inserted into any tapered groove The conical hole groove (17) of the column (16) or the insertion hole (19) of the socket column (18) in a specific part can prevent the displacement of the potted plant (1), and also has the shape of sculpture flower and ear. The effect of the flower, according to which the flower integrated assembly fixed structure is formed;

Through the construction of the upper lift structure, when an integrated assembly operation of flowers is to be performed, a plurality of orchids and other flower potted plants (1) must be selectively placed in the appropriate accommodating groove area planned by the aforementioned integrated pot body (10) as required. (14), and use the plant positioning rod (2) for fixing flower stems to directly penetrate through the potted plant (1) and insert it into the tapered hole groove of any tapered groove column (16) of the accommodating groove area (14). In (17), the potted plant (1) can be stably positioned without the risk of slippage and movement, and when it is necessary to adjust the sculpture of the flower and ear shape of the potted plant (1), it is even more necessary to place the potted plant (1). The plant positioning rods (2) are selectively inserted into the sockets (19) of the socket posts (18) made by the plurality of specific part partitions (13), and then the flower ear is pulled against the plant positioning rods (2) and cooperate with the clamp (3) to clamp and fix, according to this, an integrated large-scale flower bonsai of the desired form is formed. In addition to the convenience of quick assembly, the bottom of each accommodating groove area (14) is further connected to the The lower convex conical groove column (16) and the socket column (18) of the partition body (13) are used for the plant positioning rod (2) to be inserted and positioned, thereby maintaining its overall stability and solving the problem of existing large flower bonsai Problems and deficiencies in the assembly method, and at the same time, the integrated pot body (10) can also be used as an independent individual user without matching the flower vessel; that is, through the above description, it can be seen that the present invention utilizes a separately made integrated pot body stuffing set to the flower vessel. The design of the top port cooperates with the accommodating groove area planned and shaped by the integrated pot body for the placement of orchids and other flower potted plants, so that the assembly of the flower integrated bonsai can be quickly completed. A plurality of dense cone-shaped groove columns and the socket columns submerged and extended by the partitions of each receiving groove section are used for selective insertion of plant positioning rods, so as to obtain a stable positioning effect of potted plant placement, thereby eliminating the need for conventional guarantees. The stuffing of Lilong, waste cloth and other materials can also be done without professionals. Compared with the conventional assembly method of large flower bonsai, it is more suitable for industrial utilization and practical value. It can be used repeatedly, and is more environmentally friendly and economical. In summary, the flower integrated assembly and fixing structure of the present invention is designed through the integrated pot body stuffing sleeve to be assembled at the top port of the flower vessel, and the accommodation formed by the internal planning of the integrated pot body is combined. The slot area, so that even if there is no professional operation, it can quickly complete the integrated assembly of its flower bonsai by selectively placing orchids and other potted plants in the selected accommodating slot area, and positioning the card with the plant positioning rod. and fixation, completely solve the problems and deficiencies existing in the conventional structure, on the whole, it is true With deep industrial applicability and practical value, it is truly an excellent and outstanding innovative design, and a patent application is filed in accordance with the law.

(10): Integrated basin

(11): Stopper

(12): Anti-ratchet

(13): Separator

(14): accommodating groove area

(15): Abutment sheet

(16): Tapered slot column

(18): Jack post

(19): Jack

Claims (4)

An integrated assembly and fixing structure for flowers (4), mainly provided with an integrated pot body that can be packed and assembled at the top port of the flower vessel. Inside, and using the plurality of stop pieces extending from the periphery of the integrated bowl to obtain the limiting positioning, so as to maintain the relationship between the integrated bowl plug group and the top port of the flower vessel, and the inside of the integrated bowl is made of a plurality of shapes and sizes. A plurality of recessed accommodating troughs are arranged in the partition body, and each accommodating trough is configured with different depths, so that the potted plants can be placed in it to form a vision of uneven heights; it is characterized by: The bottoms of the aforementioned accommodating grooves are respectively provided with a plurality of conical groove columns that are densely protruding downward and outward, and each of the plurality of conical groove columns is formed with a conical hole groove, and the ends of the conical hole grooves are formed. It is straight and straight, so that the plant positioning rod that can be used for potted plants to fix flower stems can be directly inserted into the tapered hole grooves of any tapered groove column to achieve the effect of positioning the potted plants and avoid the risk of any displacement of the potted plants. By. According to the flower integrated assembly and fixing structure (4) according to claim 1, wherein the plurality of partitions for forming the plurality of accommodating grooves are formed with submersibles at a plurality of specific positions thereof. The plurality of socket posts are formed by extending, and the inlet end of each socket post is in the shape of an inclined tapered guide hole, and the plurality of socket posts are used for the selective insertion of plant positioning rods. According to the flower integrated assembly and fixing structure (4) according to claim 1, wherein the integrated basin body extends a plurality of stoppers on the periphery, and each stopper is provided with a stop that can be bent downwards The ratchet pieces can stop against the inner wall of the flower vessel through the downward bending of the resisting ratchet pieces and their resilience, so as to maintain the relationship between the integrated basin body plug set and the port on the top of the flower vessel. According to the flower integrated assembly fixing structure (4) according to claim 1, wherein the integrated basin body is additionally provided with abutting pieces on the side edges of the plurality of shallow accommodating groove regions, so as to enhance the Stabilizer when potted plants are placed.

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