TWM516302U - Improved multi-layered type pyramid flower pot structure - Google Patents

Description

Multi-layer pyramid flower pot structure improvement

This creation is a multi-layer pyramid flower pot structure improvement, especially one that belongs to the technical field of planting or hydroponic appliances.

According to the conventional planting or hydroponic pots, they are used in the form of separate single pots, meaning that each pot is placed separately for planting or hydroponic cultivation, and planting or watering in this way. When cultivating, the space required for cultivating is large, and the visual perception of the space after cultivation does not produce a special feeling, and the planter of the pot body needs to carry out the watering action separately for each pot, and overflows after watering. Water flows to the ground, causing waste of water resources, so there is a need for improvement.

This creation is based on the fact that the conventional planting or hydroponic pots have poor use convenience and insufficient spatial variability, and the structure of the multi-layer pyramid flower pot is improved.

The main purpose of the present invention is to provide a multi-layer pyramid flower pot structure improvement, which comprises a bottom basin body, a plurality of stacked basin bodies and a wearing fixed rod body, the bottom basin body is provided with a bottom basin portion and a middle portion. a basin portion, wherein the bottom basin portion is provided with a perforation, and the middle basin portion is provided with an upper perforation, the middle basin portion is disposed in the bottom basin portion, and the perforation above the middle basin portion is perforated below the bottom basin portion, and the plurality of layers are stacked The basin body is respectively provided with a basin portion and a stack of basin portions, the basin portion is provided with a perforation, and the basin portion is provided with an upper perforation, and the basin portion is disposed in the basin portion, and the perforations on the basin portion are opposite to each other. Perforated under the layer basin, the other wearing rod body is provided with a screw body, the screw body is respectively provided with one or two spacers, and the screw body is further locked with one or two screw caps, the screw The cap is tightly attached to the gasket, and the bottom side of the bottom basin of the bottom basin is opposite to the bottom side of the layer basin of the stacked basin, and the top side of the stacked basin of the plurality of stacked basins is on the bottom side of the basin. Between the two layers, the perforation and the middle basin are provided in the bottom of the bottom body of the bottom body. Perforating, and passing through the perforations of the layered basins of the plurality of stacked basins and the perforations provided in the basin portion, and piercing the body of the perforated fixed rod body A gasket is arranged and screwed with a screwing cap, and the piercing fixed rod body which is disposed in the bottom basin portion is screwed to the other side, and a pad is also sleeved on one or both sides of the lower perforation. The pieces are screwed together by a screw cap, and the planting soil or water is filled in the bottom body and the plurality of stacked pots for plant cultivation or hydroponic cultivation, and when the planting soil is filled, A plurality of drainage holes are formed in the outer side of the layer basin of the plurality of stacked basins, and the water poured into the uppermost layer of the basin is discharged into the lower layer of the stacked basin and the bottom basin through the plurality of drainage holes, thereby effectively utilizing water resources. The cascading arrangement reduces the space required for planting, and can enhance the visual three-dimensional sense. The bottom basin and the middle basin of the bottom basin can be integrated, and the upper basin is provided with perforation, and the stacked basin The basin part and the basin part can also be integrated, and an upper perforation is arranged in the basin part, and the body is worn. The rod body is worn, and the screw body portion of the wearing rod body is worn on the perforation of the middle basin portion and the perforation provided in the basin portion, and a gasket is respectively disposed on one or both sides of the upper perforation. Separately with a screw cap, the overall structure can be effectively reduced to achieve the convenience of use and spatial variability.

In order to provide the Applicant with a better understanding of the structure, features and other objects of the present invention, the following detailed description is provided with the following detailed description, but the embodiments illustrated in the drawings are for illustrative purposes. It is not the only restriction on patent applications.

Please refer to FIG. 1 to FIG. 3, which is a schematic diagram of the three-dimensional combined state, the three-dimensional decomposition state and the side-view state of the improved multi-layer pyramid flowerpot structure, which includes:

a bottom basin 10, the bottom basin body 10 is provided with a bottom basin portion 11 and a middle basin portion 12, and the bottom basin portion 11 is provided with a lower perforation 110, and the middle basin portion 12 is provided with an upper perforation 120, the middle basin portion 12 is disposed in the bottom basin portion 11, and the perforation 120 above the middle basin portion 12 is opposite to the perforation 110 below the bottom basin portion 11, and the bottom side of the bottom basin portion 11 is provided with a plurality of convex feet 111;

The plurality of stacked basins 20 are respectively provided with a basin portion 21 and a stack of basin portions 22, and the basin portion 21 is provided with a lower perforation 210, and the basin portion 22 is provided with an upper perforation 220, the stack The basin portion 22 is disposed in the basin portion 21, and the perforation 220 above the basin portion 22 is opposite to the perforation 210 below the layer basin portion 21, and the bottom side of the bottom basin portion 11 of the bottom basin body 10 and the bottom side of the basin portion 21 Relatively stacked, and the top side of the basin portion 22 is stacked opposite to the bottom side of the basin portion 21;

The threaded fixing rod body 30 is provided with a screwing body portion 31, and the two sides of the threaded body portion 31 are respectively provided with one or two spacers 310 and one or two screwing caps 311 are locked. The screwing cap 311 is in close contact with the spacer 310, and the through-fixing rod body 30 is disposed through the perforation 110 provided in the bottom portion 11 of the basin body 10 and the perforation 120 provided in the middle basin portion 12, and the number of passes through The perforated hole 210 of the layered basin portion 21 of the stacked basin 20 and the perforated hole 220 are provided in the basin portion 22, and are disposed on the side of the screw body portion 31 of the perforation 220 provided in the basin portion 22, and are attached to the upper perforation. A gasket 310 is sleeved on one side of the 220, and is screwed by a screwing cap 311, and the screw body portion 31 of the through hole 110 is disposed on the other side of the bottom basin portion 11 to be disposed on one side or the other side of the lower through hole 110. a gasket 310 is provided and screwed together by a screw cap 311;

The structure of the multi-layer pyramid flowerpot of the present invention is improved by the cooperation of the above structures.

Please refer to FIG. 2 to FIG. 4, which is a perspective view of the improved three-dimensional decomposition state of the multi-layered pyramid flowerpot structure, a side view state, and a side view cross-sectional view of the hydroponic use state, and the bottom basin portion 11 of the bottom basin body 10 The bottom side is stacked opposite to the bottom side of the layered basin portion 21 of the stacked basin 20, and the top side of the stacked bowl portion 22 of the plurality of stacked basins 20 is stacked opposite to the bottom side of the layered bowl portion 21, and is worn by the wearing rod body 30. The bottom hole 11 and the middle basin 12 are provided with perforations 120 in the bottom portion 11 of the bottom body 10, and the perforation 210 and the basin portion 22 are provided through the layer basin 21 of the plurality of stacked basins 20. The through hole 220 is disposed, and the side of the threaded portion 31 of the fixing rod body 30 of the perforation 220 provided in the basin portion 22 is sleeved with a gasket 310 and screwed by a screw cap 311. And the other side of the screw body portion 31 of the fixing rod body 30 of the lower hole 110 is disposed on the other side of the hole 110, and a gasket 310 is respectively sleeved on one or both sides of the lower hole 110. The cap 311 is screwed, and the planting or hydroponic cultivation is carried out by filling the planting soil or water in the bottom body 10 and the plurality of stacked pots 20, and the stacking is arranged to reduce the space required for planting. Between, and can enhance the visual three-dimensional sense, in order to achieve the convenience of use and spatial variability.

Please refer to FIG. 5 to FIG. 7 , which is the first embodiment of the present invention. The bottom basin of the bottom basin is provided with a drain hole state, and the bottom basin of the bottom basin of the first embodiment is provided. The drainage hole is used for the planting drainage state, and the bottom basin part of the bottom basin body of the second embodiment and the layered basin part of the middle basin part and the stacked basin part are integrated, and the whole structure and the creation diagram are shown. 1 to 4 are the same, except that when the planting state of the planting soil is filled, a plurality of drainage holes 211 may be formed in the outer side of the layer basin 21 of the plurality of stacked pots 20, and the stacked basins 20 to be poured into the uppermost layer may be poured. The water inside is discharged into the lower layer of the basin body 20 and the bottom basin body 10 through the plurality of drainage holes 211, and the water resources are effectively utilized, and the bottom basin portion 11 and the middle basin portion 12 of the bottom basin body 10 can be integrally disposed. The middle basin portion 12 is provided with an upper perforation 120, and the layer basin portion 21 and the basin portion 22 of the layered basin body 20 are also integrally disposed. The basin portion 22 is provided with an upper perforation 220, and the basin body 10 is provided with a basin. The top side of the portion 12 is stacked opposite to the bottom side of the layer basin 21, and the plurality of stacked basins 20 are further opposite to the bottom side of the basin portion 21 by the top side of the basin portion 22. Then, the wearing rod body 30 is pierced, and the piercing portion 120 is disposed in the basin body 10 through the perforation 120, and the plurality of basins 20 are passed through the plurality of basins 20 22 is provided with a perforation 220, and is worn on the side of the screw body 31 of the perforation 220 provided in the basin portion 22, and is sleeved with a gasket 310 and screwed by a screw cap 311, and is worn in the middle. The pot portion 12 is provided with the other side of the screw body portion 31 of the through hole 120, and a gasket 310 is respectively sleeved on one or both sides of the upper through hole 120 and screwed together by a screw cap 311, thereby effectively reducing the overall structure. To increase the multiple practicality of this creation.

In summary, this creation can indeed achieve the above functions and purposes, so this creation should meet the requirements of the patent application, and apply in accordance with the law.

10‧‧‧Bottom basin
11‧‧‧Bottom Department
110‧‧‧ underperture
111‧‧‧ 凸
12‧‧‧ Middle Basin
120‧‧‧Upper perforation
20‧‧‧Layered basin
21‧‧‧Plants
22‧‧‧Dish basin
210‧‧‧ underperture
211‧‧‧Drainage holes
220‧‧‧perforation
30‧‧‧Drawing fixed rod body
31‧‧‧Spiral body
310‧‧‧shims
311‧‧‧ screw cap

[Fig. 1] is a schematic diagram of a three-dimensional combined state of the present creation. [Fig. 2] is a schematic diagram of a three-dimensional decomposition state of the present creation. [Fig. 3] is a schematic view showing the state of a side view of the present creation. [Fig. 4] is a reference view of the state of the hydroponic use of the side view of the present invention. [Fig. 5] Fig. 5 is a schematic view showing a state of a drain hole in a bottom pot portion of a bottom basin of the first embodiment. [Fig. 6] A reference drawing of a planting drainage state in which a drain hole is provided in a bottom pot portion of a bottom basin of the first embodiment of the present invention. [Fig. 7] Fig. 7 is a schematic view showing the state in which the bottom basin portion and the middle basin portion of the bottom basin body and the layered basin portion and the stacked basin portion of the stacked basin body are integrally assembled.

10‧‧‧Bottom basin

20‧‧‧Layered basin

30‧‧‧Drawing fixed rod body

31‧‧‧Spiral body

310‧‧‧shims

311‧‧‧ screw cap

Claims (6)

The utility model relates to a multi-layer pyramid flower pot structure improvement, which comprises: a bottom basin body, the bottom basin body is provided with a bottom basin portion and a middle basin portion, and the bottom basin portion and the middle basin portion are integrally arranged, and the middle basin portion is provided There is a perforation; a plurality of stacked basins, the plurality of stacked basins respectively have a basin and a stack of basins, and the basin and the basin are integrally arranged, and the basin is provided with an upper perforation and a bottom basin. The top side of the bowl is stacked opposite to the bottom side of the basin, and the plurality of stacked basins are stacked on the top side of the basin and the bottom side of the basin; and a fixed rod is worn. The body is provided with a screw body, and the two sides of the screw body are respectively provided with one or two spacers, and the two sides of the screw body are further locked with one or two screw caps, and the bottom surface of the screw cap is attached to the gasket. The piercing fixed rod body is disposed through the perforation provided in the basin portion of the bottom basin body, and is provided with a perforation through the stacked basin portion of the plurality of stacked basins, and the perforated screw body provided through the basin portion is pierced On one side of the section, a gasket is sleeved and screwed with a screw cap, and a perforation is provided through the middle basin portion. The other side of the fitting portion, one or two perforated side on a spacer and are sleeved respectively screwed a screwed cap. The multi-layer pyramid flower pot structure according to the first aspect of the invention is characterized in that the outer side of the layer basin of the plurality of stacked basins is provided with a plurality of drainage holes. The multi-layer pyramid flower pot structure according to claim 1 is characterized in that the bottom side of the bottom basin portion of the bottom basin body is provided with a plurality of convex legs. The utility model relates to a multi-layer pyramid flower pot structure improvement, which comprises: a bottom basin body, the bottom basin body is provided with a bottom basin portion and a middle basin portion, and the bottom basin portion is provided with a perforation, and the middle basin portion is provided with an upper perforation. The middle basin is disposed in the bottom basin portion, and the perforation above the middle basin portion is perforated below the bottom basin portion; the plurality of stacked basins each having a basin portion and a stack of basin portions, and The basin part is provided with a perforation, and the basin part is provided with an upper perforation, the basin part is arranged in the layer basin, and the perforation above the basin part is perforated below the layer basin, and the bottom basin of the bottom basin The bottom side of the portion is oppositely stacked with the bottom side of the basin portion, and the top side of the basin portion is stacked opposite to the bottom side of the layer basin portion; and a wearing rod body is provided, the threaded fixing rod body is provided with a screw body portion and the screw body One or two spacers are respectively disposed on the two sides of the body, and one or two screw caps are further locked on the two sides of the screw body. The bottom surface of the screw cap is attached to the gasket, and the fixed rod body is worn through. The perforation is provided in the bottom basin of the bottom basin and the perforation is provided in the middle basin, and the plurality of stacked basins are passed through The perforation and the basin part of the layer basin are provided with perforations, and the side of the screw body of the perforation provided with the basin part is sleeved and screwed with a screw cap, and The other side of the screw body is provided through the bottom of the bottom plate, and a gasket is respectively sleeved on one or both sides of the lower hole and respectively screwed by one or two screwing caps. The multi-layer pyramid flower pot structure according to claim 3, wherein the plurality of drainage holes are arranged outside the layer basin of the plurality of stacked basins. The multi-layer pyramid flower pot structure according to claim 3 is characterized in that the bottom side of the bottom basin portion of the bottom basin body is provided with a plurality of convex legs.