The structure of the water channel of the flower pot rack

Abstract

The utility model provides a structure of a water channel of a flower pot rack, which mainly comprises a flower pot rack combined with a water channel device, comprising a plurality of vertical poles, a plurality of bearing members and a water channel device, wherein the vertical pole has an external combining plate, a plurality of through holes and a lower through hole, the bearing member is used for placing a flower pot, and the water channel device comprises a plurality of lower water pipes and a plurality of upper water pipes, wherein the lower water pipes can be connected to the bottom of the vertical poles, and the upper water pipes are connected to a position above the vertical poles, and the vertical poles are used as a supporting structure and also as a water source circulation, and the water source enters the connected vertical poles through the lower water pipes, and the water source enters the vertical poles and flows to the upper water pipes, and waters the flower pots through the upper water pipes.

Description

[Technical field]

[0001] The utility model relates to a structure of a water channel for a flower pot rack, and in particular to a structure of a water channel for a flower pot rack, wherein the vertical poles of the flower pot rack are both supporting structures and water channels, and the overall combination has a beautiful appearance, no messy water channels, and is neat and consistent. It is unnecessary to set up obvious exposed pipes, and the water source is completely circulated in the designated vertical poles. [Background technology]

[0002] Land is not easy to obtain, and green plants in home life are mainly potted plants. Placing potted plants outdoors or indoors can purify the air, beautify the environment, eliminate fatigue, adjust the spirit, add fun, improve physical and mental health, and enhance human immunity. Potted plants help eliminate suspended particulate matter, formaldehyde, carbon monoxide, carbon dioxide, and floating bacteria, and can release negative ions, oxygen and water. At the same time, plants contain water and can absorb electromagnetic waves. Potted plants can relieve stress and allow modern people who stare at the screen to occasionally shift their eyes to look at green plants, which helps protect the eyes. The love for plants has a more stabilizing effect. Planting flowers and plants can promote mental health, reduce psychological stress, anxiety and depression. By planting plants, watering the potted plants every day, and seeing the changes in the four seasons during the growth process of the plants and the different scenes of flowers blooming and falling, there will be a sense of joy and healing effect.

[0003] Planting potted plants has so many benefits, but the placement of potted plants is very important. If the potted plants are placed randomly, it will be counterproductive and fail to achieve the original effect. Therefore, the potted plants can be placed regularly to make people pleasing to the eye and promote physical and mental comfort. The regular placement of potted plants depends on flower pot racks; commercially available flower pot racks are nothing more than for the orderly placement of potted plants. Flower pot racks can be divided into two layers, three layers or more to mount potted plants. They are mainly composed of several vertical support rods, several horizontal support rods and supporting components. , vertical support rods and horizontal support rods are crisscrossed to form a flower pot rack, wherein the supporting component can be a supporting plate or a plurality of supporting rods, the supporting component is erected between two horizontal support rods on the same layer, and the supporting component is used to place potted plants. This is a common flower pot rack. People who grow potted plants need to water them frequently, and watering will start from the upper potted plants and then go to the lower potted plants in sequence, which is easy to wet the floor and pollute the indoor environment. In addition, the growers go out for several days or forget to water the potted plants, which often leads to withered plants. Therefore, there are devices for automatically watering potted plants on the market.

[0004] The automatic potted plant watering device is mainly to install several pipes along the vertical support rods or horizontal support rods of the conventional flower pot rack, and there is a nozzle at the end of the pipe, and the nozzle is located above the potted plant. In addition to being connected to the water source, the source of the pipe also has a water source control valve, a timer switch or a flow controller, so that the potted plant can be watered regularly and quantitatively to prevent the plant from withering. However, the water flow pipes of this type of automatic potted plant watering device are exposed on the vertical support rods or horizontal support rods of the flower pot rack, which is very unsightly. Moreover, after long-term use, the pipes are easily detached from the vertical support rods or horizontal support rods, and the nozzles cannot be aimed at the potted plant. Moreover, the installation of the pipes is done by consumers after purchase, and the pipes need to be installed layer by layer, which is not an easy task for consumers. [Contents of the utility model]

[0005] The utility model provides a structure of a water channel for a flower pot rack, and its purpose is: 1. To provide a vertical pole of the flower pot rack that is both a supporting structure and a water channel structure, with a beautiful appearance, no messy water channels, neat and consistent, no need to set up obvious exposed pipes, and the water source can flow completely in each vertical pole. 2. To provide a vertical pole with a connecting plate extending outward, and all the bearing parts are set up by the connecting plate, which is strong and reliable, and improves the conventional vertical pole that needs to be perforated with studs to set up the bearing parts. 3. To provide each downpipe and uppipe to be firmly locked by a hollow nut, so that even if the consumer moves the flower pot rack by himself, each downpipe and uppipe will not loosen. 4. To provide a group of flower pot racks with a water channel that can flow to another group of flower pot racks, or the extended flower pot rack can also extend the water channel for circulation. Consumers can extend the flower pot rack and the extended water channel by themselves according to their needs and matching environment, and the assembly is simple and convenient. 5. The water channel device is equipped with a flow control valve to control the amount of water flowing out, and a timer to circulate or shut off the water source at a fixed time. When the user is away for several days, the time and flow rate can be designed in advance to ensure that the potted plants continue to have water and will not wither.

[0006] To achieve the above-mentioned purpose, the utility model provides a flower pot rack water channel structure, including:

[0007] A plurality of vertical poles, each of which is a hollow pole body in an upright state, with a gap between the vertical poles, so that a front row of vertical poles and a rear row of vertical poles are opposite to each other and arranged in at least two rows;

[0008] A plurality of bearing members are arranged between adjacent vertical poles, and a flower pot is placed on the bearing member;

[0009] The feature is that: a connecting plate is provided on an outer side of the vertical pole, the connecting plates of the vertical poles in the front row are opposite to the connecting plates of the vertical poles in the rear row, and each vertical pole is provided with a plurality of through holes and a lower through hole at the bottom;

[0010] The bearing member is composed of two horizontal bars and several vertical bars, wherein the horizontal bars are perpendicular to the vertical bars, the horizontal bars are arranged between two adjacent front bars, and between two adjacent rear bars, and the vertical bars are distributed between the two horizontal bars;

[0011] A water channel device includes several downpipes and several uppipes. The downpipes are combined with the lower through holes at the bottom of the front row of vertical poles. The bottoms of the vertical poles are connected by downpipes. A through hole above the vertical poles can be connected to an uppipe. The end of the uppipe is a nozzle. The nozzle is located above the flower pot, so that water source enters the connected vertical pole through the downpipes. The water source enters the vertical pole and flows to the uppipe, and is sprayed into the flower pot by the nozzle.

[0012] The connecting plate of the vertical pole is connected to the horizontal pole of the bearing member through a plurality of studs.

[0013] The crossbar of the bearing member is connected to the longitudinal bar through a plurality of studs.

[0014] The downpipe is inserted into the lower through hole and is connected to the outside by a hollow nut and a leak-proof ring. The through hole is a screw hole.

[0015] The water supply pipe is inserted into the through hole and connected to the outside by a hollow nut and a leak-proof ring. The through hole is a screw hole.

[0016] Wherein, the through hole of the upper water pipe or the lower through hole of the lower water pipe is blocked by a solid nut.

[0017] Among them, the top of the vertical pole is provided with a top opening, which is blocked by a top plug.

[0018] The bottom end of the vertical rod is provided with a bottom opening which is blocked by a bottom plug, and a foot pad is combined with the bottom surface of the bottom plug.

[0019] Among them, the lower through hole below the front row of vertical poles on the outermost side is connected to a hollow nut, a leak-proof ring and a short downpipe, the short downpipe is then connected to a three-way joint, one of the vertical joints of the three-way joint is connected to the downpipe, the downpipe is connected to a bend joint, a short downpipe, a hollow nut and a leak-proof ring, and connected to the lower through hole at the bottom of the vertical pole in the rear row, and the other joint in the same direction of the three-way joint is closed or connected to the downpipe.

[0020] The front end of the water pipe of the waterway device is assembled with a flow control valve and a timer, the flow control valve and the timer are connected to the water source, and the water source is connected to each water pipe through the timer and the flow control valve for timed and quantitative input.

[0021] The advantages and beneficial effects of the utility model are:

[0022] 1. The vertical pole 11 of the flower pot rack 10 is both a supporting structure and a waterway.

[0023] 2. The overall appearance is beautiful and elegant, without messy waterways, and is neat and consistent: although the downpipe 21 at the bottom is exposed, it is located at the very bottom, as if hidden, and does not affect the appearance. There is no need to set up obvious exposed pipes, and the water source is completely circulated in the required vertical poles 11.

[0024] 3. Each downpipe 21 is firmly fixed by each hollow nut 11210 (11211, 11212) and each uppipe 22 is firmly fixed by each hollow nut lock 1121. Each downpipe 21 and uppipe 22 will not get loose. Even if the consumer moves the flower pot rack 10 by himself, each downpipe 21 and uppipe 22 will not get loose. This improves the conventional flower pot rack which needs to tighten the water channel additionally, which is easy to get loose and unsightly.

[0025] Fourth, the vertical pole 11 has a connecting plate 111 extending therefrom. The vertical pole 11 and the connecting plate 111 are made of aluminum alloy. All the bearing members 12 are erected by the connecting plate 111, which is strong and reliable. The vertical pole 11 does not need to be drilled and perforated to erect the bearing members 12. This improves the conventional vertical pole that needs to be drilled and perforated to erect the bearing members. The conventional vertical pole perforation has the risk of water leakage, and the conventional vertical pole cannot be used as a waterway.

[0026] Fifth, in addition to the water passages through the front row of uprights 11, the water passages through the rear row of uprights 11 may also be provided.

[0027] 6. One set of flower pot racks 10 has a water channel flowing to another set of flower pot racks 10, or the extended flower pot racks 10 can also extend the water channel. Consumers can extend the flower pot racks 10 and extend the water channel according to their needs and matching environment. The assembly is simple and convenient.

[0028] 7. Cost saving: Water flows through the vertical pole 11, and no additional pipes and straps are required, which saves costs.

[0029] 8. The flow control valve 40 and the timer 50 of the water channel device 20 are optional. When the flow control valve 40 is assembled, the amount of water flowing out can be controlled. The timer 50 can flow or shut off the water source at a fixed time. When the user is away for a few days, the time and flow rate can be designed in advance, so that the potted plants can continue to have water and will not wither.

[0030] 9. A vertical pole 11 connected to the downpipe 21 but not connected to the uppipe 22 can be used to store water or to drain or release water.

Brief Description of the Drawings

[0031] Figure 1 It is a three-dimensional schematic diagram of the utility model in which a flower pot rack assembly and part of a water channel device are exploded.

[0032] Figure 2 It is a three-dimensional schematic diagram showing a partial disassembly of a flower pot rack and a partial disassembly of a water channel device of the utility model.

[0033] Figure 3 It is a three-dimensional combined schematic diagram of the utility model.

[0034] Figure 4 It is a plan schematic diagram of the front view of the utility model.

[0035] Figure 5 It is a plan view of the water flow of the bottom of the vertical poles extending from the front row of the vertical poles to the rear row of the vertical poles.

[0036] Figure 6 yes Figure 5 An enlarged schematic cross-sectional view marked with A.

[0037] The numbers in the figure are explained as follows:

[0038] 10 flower pot rack 20 water channel device 11 upright pole 12 bearing member

[0039] 30 flower pot 111 combination plate 112 through hole 1120 lower through hole

[0040] 121 crossbar 122 longitudinal bar 123 stud 124 stud

[0041] 113 top opening 1131 top plug 114 bottom opening 1141 bottom plug

[0042] 1142 foot pad 21 down pipe 22 up pipe 11210 hollow nut

[0043] 11220 anti-leak ring 1121 hollow nut 1122 anti-leak ring 221 nozzle

[0044] 115 solid nut 40 flow control valve 50 timer 11211 hollow nut

[0045] 11221 leak-proof ring 210 short downpipe 23 three-way joint 231 vertical joint

[0046] 24 elbow joint 211 short downpipe 11212 hollow nut 11222 leak-proof ring

[0047] 232 same direction connector [Specific implementation method]

[0048] The utility model discloses a water channel structure of a flower pot rack, such as Figure 1-5As shown, it is mainly a flower pot rack 10 combined with a water channel device 20. The flower pot rack 10 includes a plurality of upright poles 11 and a plurality of bearing members 12. The upright poles 11 are hollow rods in an upright state. There is a gap between the upright poles 11 and the upright poles 11. The upright poles 11 in a front row are opposite to the upright poles 11 in a rear row (the upright poles 11 in the front row and the upright poles 11 in the rear row are of the same shape and structure), and are arranged in at least two rows. A plurality of bearing members 12 are erected between adjacent upright poles 11 and the upright poles 11. The bearing member 12 is used to place a flower pot 30. The outer side surface of the upright pole 11 is provided with a combining plate 111 (such as Figure 6 As shown), the combining plate 111 of the front row of the vertical rods 11 is opposite to the combining plate 111 of the rear row of the vertical rods 11, and each vertical rod 11 is provided with a plurality of through holes 112 and a lower through hole 1120, the through hole 112 is a screw hole, and the lower through hole 1120 is also a screw hole. The bearing member 12 has two cross bars 121 and a plurality of longitudinal bars 122 assembled, the cross bars 121 and the longitudinal bars 122 are perpendicular to each other, the cross bars 121 are erected between the two adjacent front row vertical rods 11, and are erected between the two adjacent rear row vertical rods 11, and the longitudinal bars 122 are distributed between the two cross bars 121, the combining plate 11 of the vertical rod 11 is connected to the cross bar 121 of the bearing member 12 by a plurality of studs 123 (self-tapping studs), the cross bar 121 of the bearing member 12 is connected to the longitudinal bar 122 by a plurality of studs 124 (self-tapping studs), and the top of the vertical rod 11 has a top opening 113 (as shown) Figure 1 As shown in FIG. 1 , the top opening 113 is blocked by a top plug 1131 , and the bottom end of the vertical rod 11 has a bottom opening 114 , which is blocked by a bottom plug 1141 , and a foot pad 1142 is combined with the bottom surface of the bottom plug 1141 .

[0049] A waterway device 20 has a plurality of downpipes 21 and a plurality of uppipes 22. The downpipes 21 are connected to the bottom of the front row of upright poles 11 or the bottom of the rear row of upright poles 11. The downpipes 21 can be connected to the lower through holes 1120 at the bottom of the upright poles 11. The bottoms of the upright poles 11 can be connected to the downpipes 21. The downpipes 21 are inserted into the lower through holes 1120 with a hollow nut 11210 and a leak-proof ring 11210. 220 is combined with the outside, a through hole 112 above the vertical rod 11 can be connected to a water pipe 22, and the water pipe 22 is inserted into the through hole 112 and combined with the outside by a hollow nut 1121 and a leak-proof ring 1122. The end of the water pipe 22 is a nozzle 221, and the nozzle 221 is located above the flower pot 30. The through hole 112 not connected to the water pipe 22 or the lower through hole 1120 of the lower water pipe 21 is blocked with a solid nut 115.

[0050] A flow control valve 40 and a timer 50 are connected to the downpipe 21 at the front end of the waterway device 20 and are connected to a water source. The water source is input into each downpipe 21 in a timed and quantitative manner through the timer 50 and the flow control valve 40, so that the water source enters the connected vertical pole 11 through the downpipe 21. The water source enters the vertical pole 11 and flows to the upper water pipe 22, and is sprayed into the flower pot 30 by the nozzle 221.

[0051] As can be seen from the above structure, when assembling, several bearing members 12 are first erected between adjacent vertical poles 11 and vertical poles 11, and several bearing members 12 can be divided into high and low levels, and several studs 123 pass through the connecting plate 111 of the vertical pole 11 to be connected to the cross bar 121 of the bearing member 12, and the cross bar 121 passes through the connecting longitudinal rod 122 with several studs 124, and the bearing member 12 is assembled between the adjacent vertical poles 11 and the vertical pole 11. The bearing member 12 can place the flower pot 30, and the downpipes 21 of the water channel device 20 are respectively assembled in the lower through hole 1120 at the bottom of the vertical pole 11. 21 connects the vertical poles 11 and the vertical poles 11, and the upper water pipe 22 is assembled in a through hole 112 above the vertical pole 11, and the nozzle 221 of the upper water pipe 22 is directed to the top of the flower pot 30, and then the flow control valve 40 and the timer 50 are connected to the downpipe 21 at the front end of the waterway device 20, and connected to the water source. The water source is input into each downpipe 21 in a timed and quantitative manner through the timer 50 and the flow control valve 40, so that the water source enters the connected vertical pole 11 through the downpipe 21, and the water source enters the vertical pole 11 and flows to the upper water pipe 22, and waters the flower pot 30 through the nozzle 221.

[0052] like Figure 1-3 As shown, the lower through hole 1120 below the front row of the outermost vertical pole 11 can be connected to a hollow nut 11211, a leak-proof ring 11221 and a short downpipe 210, and the short downpipe 210 is further connected to a three-way joint 23, and a vertical joint 231 (such as Figure 1 As shown in the figure, the down pipe 21 can be connected to a bend joint 24, a short down pipe 211, a hollow nut 11212 and a leak-proof ring 11222, and connected to the bottom through hole 1120 of the rear row of the vertical poles 11, so that the water source can be connected to the rear row of the vertical poles 11 through the front row of the vertical poles 11. The rear row of the vertical poles 11 can also be connected to the water pipe 22, and the nozzle 221 can be used to irrigate the flower pot 30; or another same direction joint 232 of the three-way joint 23 (such as Figure 1 As shown in the figure, the water pipe 21 is not closed, and the water channel is connected to another set of flower pot racks 10 so that the water channel can be extended to another set of flower pot racks 10. If another set of flower pot racks 10 is not extended, the other joint 232 of the three-way joint 23 in the same direction can also be closed.

Claims

1. A water channel structure for a flower pot rack, comprising: A plurality of vertical poles, each of which is a hollow pole body in an upright state, with a gap between the vertical poles, so that a front row of vertical poles and a rear row of vertical poles are opposite to each other and arranged in at least two rows; A plurality of bearing members are arranged between adjacent vertical poles, and a flower pot is placed on the bearing member; The feature is that: a connecting plate is provided on an outer side of the vertical pole, the connecting plates of the vertical poles in the front row are opposite to the connecting plates of the vertical poles in the rear row, and each vertical pole is provided with a plurality of through holes and a lower through hole at the bottom; The bearing member is composed of two horizontal bars and several vertical bars, wherein the horizontal bars are perpendicular to the vertical bars, the horizontal bars are arranged between two adjacent front bars, and between two adjacent rear bars, and the vertical bars are distributed between the two horizontal bars; A water channel device includes several downpipes and several uppipes. The downpipes are combined with the lower through holes at the bottom of the front row of vertical poles. The bottoms of the vertical poles are connected by downpipes. A through hole above the vertical poles can be connected to an uppipe. The end of the uppipe is a nozzle. The nozzle is located above the flower pot, so that water source enters the connected vertical pole through the downpipes. The water source enters the vertical pole and flows to the uppipe, and is sprayed into the flower pot by the nozzle.

2. The water channel structure of the flower pot rack according to claim 1, characterized in that: The connecting plate of the vertical pole is connected to the horizontal pole of the bearing member through a plurality of studs.

3. The water channel structure of the flower pot rack according to claim 1, characterized in that: The crossbar of the bearing member is connected to the longitudinal bar through a plurality of studs.

4. The water channel structure of the flower pot rack according to claim 1, characterized in that: The downpipe is inserted into the lower through hole and is connected to the outside by a hollow nut and a leak-proof ring. The through hole is a screw hole.

5. The water channel structure of the flower pot rack according to claim 1, characterized in that: The water supply pipe is inserted into the through hole and combined with the outside by a hollow nut and a leak-proof ring. The through hole is a screw hole.

6. The water channel structure of the flower pot rack according to claim 1, characterized in that: The through hole of the upper water pipe or the lower through hole of the lower water pipe is blocked by a solid nut.

7. The water channel structure of the flower pot rack according to claim 1, characterized in that: The top of the vertical pole is provided with a top opening which is blocked by a top plug.

8. The water channel structure of the flower pot rack according to claim 1, characterized in that: The bottom end of the vertical rod is provided with a bottom opening which is blocked by a bottom plug, and a foot pad is combined with the bottom surface of the bottom plug.

9. The water channel structure of the flower pot rack according to claim 1, characterized in that: The lower through hole below the front row of vertical poles on the outermost side is connected to a hollow nut, a leak-proof ring and a short downpipe, the short downpipe is then connected to a tee joint, one of the vertical joints of the tee joint is then connected to the downpipe, the downpipe is connected to a bend joint, a short downpipe, a hollow nut and a leak-proof ring, and connected to the lower through hole at the bottom of the vertical poles in the rear row, the other joint of the tee joint in the same direction is closed or connected to the downpipe.

10. The water channel structure of the flower pot rack according to claim 1, characterized in that: The front end of the water pipe of the waterway device is assembled with a flow control valve and a timer, the flow control valve and the timer are connected to the water source, and the water source is connected to each water pipe through the timer and the flow control valve for timed and quantitative input.

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