TWM613422U - Water supply structure for integrated flower pot - Google Patents

Abstract

This creation is to provide a water supply structure for integrated flower potted plants, especially an innovative design for the water supply requirements for potted plants such as orchids for integrated placement. It mainly includes a flower body and an integrated body. The integrated system is integrated in the flower container. The top of the main body constitutes a complete visual form of the flower vessel. Inside the integrated casing, a central tank and a plurality of limiters ringed along the inner edge are planned. The plurality of limiters and the peripheral surface of the central groove Correspondingly matched arc-concave abutment surfaces are respectively formed, and each of the limiting bodies and the lower edge of the central tank are connected by ribs, so that every three sets of abutment surfaces form a accommodating groove area for sleeves Potted plants such as orchids are arranged to form an integrated flower potted plant, and a water tray body is connected to the bottom of the integrated sleeve body, and water absorbing sticks are inserted at the bottom of each pot so that the water absorbing sticks can be inserted The water tray body is immersed in water to absorb water to supply the potted plants to meet the needs of hydrating the potted plants.

Description

Water supply structure for integrated flower pot

This creation is about a water supply structure for integrated flower pots. It is mainly designed through the design of an integrated sleeve on the top of the flower body, so that the central tank planned by the integrated sleeve is matched with the accommodating groove formed by the surrounding plural limiters. The area is for placing orchids and other potted plants to form an integrated flower bonsai, and a water tray is combined at the bottom of the integrated casing to absorb water in conjunction with the water-absorbing stick inserted at the bottom of each potted plant, thereby solving this type of integrated potted plant. The demand for water replenishment makes it possible to extend the set-up time.

According to the general wedding and funeral celebrations, the completion of a new home, the opening of the company ‧ ‧ and other occasions, the venues are often decorated with fresh flower bonsai, and such flower bonsai is mainly composed of orchids. For the cultivation of orchids, it is more soft For pot planting, when facing the integration and assembly of flower bonsai, according to the required bonsai scale, select a predetermined number of orchids to integrate and assemble them in a suitable flower vessel. At the same time, make necessary adjustments and arrangements according to the growth pattern of the flower spikes. Group to form the desired flower bonsai.

In the integrated assembly work of this kind of flower bonsai, flower pots of suitable size are generally selected as flower vessels, and in order to create the overall texture and momentum, large-size floor-standing flower pots or vases are usually selected, but because of their The size of the flower vessel is too different from that of the orchid potted plant, and it is not possible to put the orchid potted plant directly into the flower vessel. Instead, it is necessary to fill the flower vessel with styrofoam, waste fabrics and other sundries or waste materials to a certain height before placing the desired flower. The placed orchid potted plants were placed, but due to lack of flower utensils Proper positioning structure, so in the process of placing and assembling, it is necessary to fill in various materials to fix the orchid potted plant in a timely manner. At the same time, adjust the height position of the orchid potted plant and the direction of the flower spike to make it appear more ideal. Assembly and adjustment usually require experienced professionals to be competent.

In order to solve this problem, the creator developed a flower integrated assembly structure, using a flower body and a separate integrated sleeve to replace the conventional one-piece flower, and the central trough planned by the integrated sleeve is used to match the surrounding pluralities. The accommodating groove area formed by the limiting body is for placing orchids and other potted plants to form an integrated flower potted plant, which makes it unnecessary to pack various waste materials in the integrated placement and assembly of potted plants, and the placement and assembly are easier , It can be carried out without experienced professionals, which can reduce more material and labor costs. At the same time, the flower body and integrated sleeve can be recycled and reused, effectively solving the existing and derived problems of the conventional operating mode.

However, such integrated flower pots are usually placed for a longer period of time on display. In order to maintain the vitality of the flowers, it is necessary to replenish water in a timely manner. However, due to the lack of appropriate water replenishment devices, it is generally only Water can be replenished by drenching, but this method is not only very troublesome and inconvenient, but also often makes the scene wet and easy to damage the flowers. It is necessary to try to solve the improvement.

In view of the fact that the existing integrated flower pots are used for water replenishment operations, due to the lack of water replenishment structure of the flower device itself, it can only be watered manually, which is not only very troublesome and inconvenient, but also easy to cause damage to the pot. Researched and created the integrated flower pot water supply structure of this creation.

In order to solve the water supply demand of integrated flower pots, this creation is based on the structural design, mainly through the design of the integrated sleeve on the top of the flower body, replacing the conventional flower device, so that The central trough planned by the integrated sleeve and the accommodating trough area formed by the surrounding plural limiter bodies are used for placing orchids and other potted plants to form an integrated flower potted plant, and an additional set is connected at the bottom of the integrated sleeve. The water tray body is provided with water absorbing rods inserted at the bottom of each potted plant, so that the water absorbing rods can extend into the water tray body and immerse in the water, so as to absorb water to supply the potted plants, so as to meet the demand of water supply for the potted plants.

This creation is aimed at the water supply structure designed for the integrated flower pot. Through the two-piece design of the flower body and the integrated sleeve body, it is more convenient in addition to the planning of the accommodating groove area of the integrated sleeve body to place the integrated potted plants. The bottom of the integrated sleeve is connected with a water tray to hold water, and the water absorption stick inserted at the bottom of the potted plant can automatically absorb water, avoiding troublesome water replenishment operations, improving the potted planting period, and preventing the potted plant from being damaged by watering. You can also avoid wet people in the place.

(10): Flower body

(11): Card system

(20): Integrated sleeve

(21): Card production

(22): Center trough

(221): Leaning Surface

(23): Limiting body

(231)(232): Leaning surface

(24): Ribs

(25): Bartacking

(30): Water tray body

(31): Casing

(40): Potted Plants

(41): Absorbent stick

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

Figure 2: is a schematic structural decomposition diagram of the preferred embodiment of the authoring.

Figure 3: A partial cutaway schematic diagram of the structural decomposition of the preferred embodiment of the present creation.

Figure 4: is a schematic diagram of the structural relationship of the preferred embodiment of the authoring.

Figure 5: is a schematic diagram of the implementation structure relationship of the preferred embodiment of the authoring.

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

Please refer to Figures 1 to 5 to illustrate the preferred implementation of this creation. As shown in the figure, this creation is based on the structural design, which mainly includes a flower body (10) and an integrated sleeve (20). The flower vessel body (10) is roughly a vase or flowerpot with a circular cross-section, which can be made into a predetermined height, and a plurality of clamping bodies (11) are formed on the inner edge of the top of the flower vessel body (10), The integrated sleeve (20) is set on the top of the flower body (10), and a plurality of clamping pieces (21) extending from the lower edge of the integrated sleeve (20) are embedded by the aforementioned clamping body (11). The buckle makes it possible to maintain the set relationship between the integrated sleeve (20) and the flower body (10), thereby forming a complete visual form of the flower, and a central container is planned to be arranged inside the integrated sleeve (20). A groove (22) and a plurality of limiter bodies (23) ringed along the inner edge, the plurality of limiter bodies (23) are respectively formed with two intersecting abutting outer flared cone-shaped contact surfaces (231) (232), and Each of the supporting surfaces (231) (232) has a predetermined arc concavity, and the inner diameter of the central trough (22) has a slight inward taper, and its outer edge has an outwardly-expanded oblique taper. An arc concave abutment surface (221) is formed between each adjacent limiting body (23), and the lower edge of each limiting body (23) and the central trough (22) is connected by a rib (24) , So that each of the three sets of resting surfaces (221), (231) (232) form a accommodating slot area, which can be used to selectively place a plurality of orchids and other potted plants (40) to form Integrated flower potted plants;

In order to solve the water supply demand of such integrated flower pots, this creation is based on the aforementioned integrated sleeve body (20) combined with a separate water tray body (30), the diameter of the water tray body (30) is smaller than The inner diameter of the flower body (10) can be inserted into it, and the water tray body (30) can be sleeved with the central sleeve (31) to the tack part (20) extending from the bottom of the integrated sleeve body (20). 25), or by similar or equivalent technical means, so that the water pan body (30) can be firmly connected to the bottom of the integrated sleeve body (20), and the water pan body (30) can be filled with water, thereby The water absorbing stick (41) is inserted into the bottom of the potted plant (40) so that the potted plant (40) is placed in the containing groove area of the integrated sleeve body (20), and the water absorbing stick (4) at the bottom of the potted plant (40) 1) It can be extended into the water immersed in the water absorbing plate body (30), so as to absorb water to supply the water needed by the potted plants (40), avoiding the trouble and inconvenience caused by additional artificial watering and replenishing;

That is, from the above description, it can be seen that this creation uses a two-piece set of flower vessels with a flower body and an integrated sleeve to replace the traditional ceramic flower vessel to form an integrated flower pot, which is not only convenient for handling and assembly, but also reusable, and uses its integrated set. The central trough planned inside the body and the accommodating trough area formed by the limiting body make it faster and easier to place and assemble potted plants such as orchids, without the need for additional stuffing of styrofoam and other materials, and at the same time Through the design of connecting the water tray at the bottom of the integrated sleeve, the water absorption stick is inserted into the bottom of the pot to absorb the water, which solves the need for water replenishment of the pot. It is not only more convenient, but also does not damage the plants and As a whole, it is more in line with the industrial usability and practical value of the problem that the site is wet and unbearable;

To sum up, the water supply structure of this creation of integrated flower potted plants, through the two-piece set of the flower body and the integrated sleeve, cooperates with the planning and formation of the central tank inside the integrated sleeve and the plurality of limiters. , So that it can quickly complete the integrated assembly and fixation of its flower pots, and can use the bottom of the integrated sleeve to connect the water tray body, and the bottom of the potted plant is inserted with a water absorbing stick, thereby solving the water supply faced by the integrated flower pot during the display period. Demand, thoroughly solve the problems and deficiencies in the conventional structure. On the whole, it has deep 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): Flower body

(11): Card system

(20): Integrated sleeve

(22): Center trough

(221): Leaning Surface

(23): Limiting body

(231)(232): Leaning surface

(24): Ribs

(25): Bartacking

(30): Water tray body

(31): Casing

Claims (3)

A water supply structure for integrated flower pots, which mainly includes a flower vessel body and an integrated sleeve body. The flower vessel system is made into a predetermined height, and the integrated sleeve body is set and fixed on the top of the flower vessel body. The interior of the integrated sleeve body is planned A central tank is formed, and a plurality of limiting bodies are arranged along the inner edge of the integrated sleeve body. The peripheral surface of the central tank and the plurality of limiting bodies are respectively formed with mutually matching supporting surfaces to form a flower potted plant The accommodating slot area forms an integrated flower pot through the selective placement of flower pots; its characteristics are: The bottom of the aforementioned integrated sleeve body is assembled with a water tray body, which can hold an appropriate amount of water. The bottom of each of the aforementioned flower pots is respectively inserted with a water absorbing stick, when the flower pots are placed in the integrated sleeve body When in the trough area, the water-absorbing stick at the bottom has to extend into the water tray body and be immersed in the water so that it can absorb water to supply the flowers and plants needed by the potted plants. According to the water supply structure of the integrated flower pot according to claim 1, wherein the bottom of the integrated sleeve body is extended with a set of knots, and the water pan body is correspondingly provided with a matching sleeve, so that the sleeve is used for sleeve connection The tacking part extended at the bottom of the integrated sleeve body firmly connects the water pan to the bottom of the integrated sleeve body. According to the water supply structure of the integrated flower pot according to claim 1, the ruler diameter of the water pan body is slightly smaller than the inner diameter of the flower body, so that the water pan body can be nested inside the flower body.

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