TWM591306U - Planting equipment - Google Patents

Abstract

A planting device, including a first positioning seat, a water injection pipe connected to the first positioning seat, a water injection unit detachably provided at the top of the water injection pipe, and a second positioning A seat, a set of connecting pipes connected to the second positioning seat, a water supply base, a water level observation unit installed with a top seat and a transparent tube, and a movable set in the water level observation unit and having an indication Buoy at the top. The communication pipe has a top connection end and a bottom connection end, the water supply base is provided on the bottom connection end, the installation top seat is provided on the top connection end, and has a large tube part and a small tube part The transparent tube is sleeved with the small tube part, and the transparent tube has a closed top part. When the buoy is in a low water level position, the indicator tip is away from the closed tip, and when the buoy is in a high water level position, the indicator tip is adjacent to the closed tip.

Description

Planting equipment

The present invention relates to a potted plant, especially a planting plant.

The potted bases sold on the market for no-watering plants can save users from the labor of frequently watering plants, but this type of potted base is an integrated structure, which is expensive. Most of them are made of fixed size and shape, and their selection is relatively limited. It is not easy to match with the space used by the user's home to place potted plants (such as a balcony), and it cannot prevent mosquitoes from entering the potted base from the water injection hole.

Therefore, the purpose of the present invention is to provide a planting device that can overcome at least one disadvantage of the prior art.

Therefore, the new planting equipment includes a water injection unit, a water level observation unit, and a buoy.

The water injection unit includes a first positioning seat, a water injection pipe, and a cover. The first positioning seat defines a first set of connection holes. The water injection pipe defines a water injection hole. The bottom end of the water injection pipe is sleeved The first positioning seat is inserted into the first socket, and the cover is detachably disposed on the top of the water injection pipe.

The water level observation unit includes a second positioning seat, a communication tube, a water supply base, an installation top seat, and a transparent tube. The second positioning seat defines a second set of connecting holes, and the connecting tube is sleeved on The second positioning seat passes through the second sleeve hole, the communication tube defines a communication hole, and has a top connection end and a bottom connection end, the water supply base is disposed on the bottom connection end, The water supply base defines a water supply space communicating with the communication hole, and has a plurality of water inlet holes communicating with the water supply space, the installation top seat is disposed at the top connection end, and has a sleeve connected to the top connection end Connected to the large tube part, and a small tube part connected to the large tube part, the small tube part defines a movable hole communicating with the continuous hole, the transparent tube is sleeved with the small tube part, and defines a communication with the movable hole The blind tube has a closed top end.

The buoy is movably arranged in the water level observation unit. The buoy has an indicating top portion. The buoy can move relative to the water level observation unit between a low water level position and a high water level position. In the low water level position, the indicator tip is away from the closed tip, and when the buoy is in the high water level position, the indicator tip is adjacent to the closed tip.

The effect of the new model is that the new model can be used by the user to purchase an outer pot and an inner pot suitable for size and shape for assembly according to the size of the space used for placing potted plants at home. The overall purchase cost can be reduced. In addition, the present invention can use the cover to cover the top of the injection pipe to effectively prevent the entry of mosquitoes from the water injection pipe.

Referring to FIGS. 1, 2, and 3, it is an embodiment of the new planting device 100. In this embodiment, as shown in FIG. 4, the planting device 100 can be used in conjunction with an outer pot 200 and an inner pot 300 The inner basin 300 is disposed in the outer basin 200, the bottom of the inner basin 300 and the bottom of the outer basin 200 are spaced apart from each other, the bottom of the inner basin 300 has two mounting holes 310, and there are several holes for guiding Moisture cotton rope 320.

As shown in FIGS. 1, 2 and 3, the planting device 100 includes a water injection unit 10, a water level observation unit 20, and a buoy 30.

The water injection unit 10 includes a first positioning seat 11, a water injection pipe 12, and a cover 13.

The first positioning seat 11 has a first tube wall 111, a first upper flange 112 extending radially outward from the top of the first tube wall 111, and a bottom from the first tube wall 111 A first lower flange 113 extending radially inwardly from the end, the first tube wall 111 defines a first sleeve joint hole 114, the first lower flange 113 defines a first sleeve joint hole 114连接的水口115。 The water outlet 115 is connected.

The water injection pipe 12 defines a water injection hole 121, the bottom end of the water injection pipe 12 is sleeved on the first tube wall 111 of the first positioning seat 11, and is inserted into the first sleeve connection hole 114, the bottom of the water injection pipe 12 The end is in contact with the first lower flange 113, and the water injection hole 121 of the water injection pipe 12 communicates with the water outlet 115.

The cover 13 is detachably disposed at the top of the water injection pipe 12.

The water level observation unit 20 includes a second positioning seat 21, a communication tube 22, a water supply base 23, an installation top seat 24, and a transparent tube 25.

The second positioning seat 21 has a second tube wall 211, and a second upper flange 212 extending radially outward from the top of the second tube wall 211, the second tube wall 211 defines a first Two sleeve holes 213. In this embodiment, the second upper flange 212 of the second positioning seat 21 and the first upper flange 112 of the first positioning seat 11 are connected together.

The communication tube 22 is sleeved on the second tube wall 211 of the second positioning seat 21 and passes through the second sleeve hole 213. The communication tube 22 has a top connecting end 221 and a bottom connecting end 222, A communication hole 223 is defined. In this embodiment, the top connecting end 221 is formed with a ventilation gap 224 communicating with the communication hole 223.

The water supply base 23 is disposed at the bottom connecting end 222. The water supply base 23 has a bottom wall 231, a peripheral wall 232 extending upward from the peripheral edge of the bottom wall 231, and a radially outward extension from the peripheral wall 232 A stop flange 233 comes out and is adjacent to the top end of the peripheral wall 232. The bottom wall 231 cooperates with the peripheral wall 232 to define a water supply space 234 communicating with the communication hole 223 of the communication pipe 22. The peripheral wall 232 is formed with several In the water inlet 235 where the water supply space 234 communicates, the top end of the peripheral wall 232 is inserted into the communication hole 223 of the communication tube 22, and the bottom connection end 222 of the communication tube 22 abuts the stopper flange 233.

The mounting top seat 24 is disposed at the top connecting end 221 of the communication tube 22, and has a large cylindrical part 241 sleeved with the top connecting end 221, a small tube part 242 connected to the large cylindrical part 241, and a The large tube portion 241 is connected to and surrounds the outer tube portion 243 of the small tube portion 242.

The large cylindrical portion 241 defines a sleeve inner hole 244 into which the top connecting end 221 is inserted, and has four vent holes 245 communicating with the sleeve inner hole 244. The vent hole 245 is connected to the top connecting end 221. The ventilation gap 224 communicates. It can be understood that the number of the vent holes 245 may be one or more than four.

The small tube portion 242 defines a movable hole 246 communicating with the connecting hole 223 of the communication tube 22.

The outer tube portion 243 cooperates with the small tube portion 242 to define an insertion ring groove 247.

The transparent tube 25 has a closed top end 251 and an open bottom end 252. The open bottom end 252 is sleeved with the small tube part 242 and inserted into the insertion ring groove 247. The transparent tube 25 defines a small tube The movable hole 246 of the portion 242 communicates with a blind hole 253.

The buoy 30 is movably disposed in the water level observation unit 20. The buoy 30 has an indicating tip portion 31. The buoy 30 can be in a low water level position relative to the water level observation unit 20 (see FIG. 4) and a Move between the high water level position (see FIG. 5), as shown in FIG. 4, when the buoy 30 is in the low water level position, the indicating tip portion 31 is far away from the closed tip portion 251 of the transparent tube 25, and is located at the installation In the movable hole 246 of the small tube portion 242 of the top seat 24, as shown in FIG. 5, when the buoy 30 is at the high water level position, the indicating tip portion 31 extends from the movable hole 246 of the small tube portion 242 of the mounted top seat 24 Out, and adjacent to the closed tip portion 251 of the transparent tube 25.

In this way, as shown in FIGS. 3, 4, and 5, when using the new planting device 100 for planting, you can choose the size and shape according to the size of the space used by the home to place the potted plants. The outer basin 200 and the inner basin 300, and the inner basin 300 is opened with the mounting holes 310, and then the first and second positioning seats 11, 21 are assembled and positioned in the mounting holes 310, respectively, so that the first The first and second upper flanges 112 and 212 of the first and second positioning seats 11 and 21 abut on the bottom of the inner basin 300. After that, the user can first fill an appropriate amount of soil into the inner basin 300, and Plants are planted in the soil, then, the cover 13 of the water injection unit 10 is opened, and the water is injected into the inner pot 300 and the outside through the water hole 121 of the water injection pipe 12 and the water outlet 115 of the first positioning seat 11 In the water storage space 400 between the basins 200, during this process, water will flow into the water supply space 234 through the water inlet hole 235 of the water supply base 23, and the buoy 30 gradually from the low water level position (see FIG. 4) Float to the high water level position (see FIG. 5), and the pressure in the communication hole 223 of the communication tube 22 can be balanced with the external atmospheric pressure through the ventilation gap 224 and the ventilation hole 245 of the mounting top seat 24, and finally When the user sees from the transparent tube 25 that the tip 31 of the buoy 30 has penetrated the small tube 242 of the mounting base 24 and is close to the closed tip 251 of the transparent tube 25, it means The buoy 30 has floated to the high water level position (see FIG. 5). At this time, the water injection from the water injection pipe 12 can be stopped, and the top of the injection pipe 12 can be covered by the cover 13.

In this way, after a period of time, if the user sees the indicator tip 31 of the buoy 30 from the transparent tube 25 far away from the closed tip 251 of the transparent tube 25, it means that the buoy 30 has dropped to the low water level position (See FIG. 4), the water originally stored in the water storage space 400 between the inner basin 300 and the outer basin 200 is almost bottomed out. At this time, the cover 13 of the water injection unit 10 can be opened again to Water is supplied from the water injection pipe 12.

Through the above description, the advantages of the new model can be summarized as follows:

1. Compared with the conventional technology, the new planting device 100 of the present invention allows users to purchase the outer pot 200 and the inner pot of suitable size and shape according to the size of the space (such as a balcony) used for storing potted plants at home. The basin 300 can be assembled, the user has many options, and it can easily match with the space used to place the potted plants, and can reduce the overall purchase cost. In addition, when the inner and outer basins 300 and 200 are aging and unbearable At this time, or when plants need to be replaced when they grow up, the planting device 100 of the present invention can still be recycled and continue to be used, which is quite environmentally friendly in use.

2. Compared with the conventional technology, the planting device 100 of the present invention can cover the top of the injection pipe 12 with the cover 13 to effectively prevent mosquitoes from running from the water injection pipe 12 to the inner and outer pots 300, 200 Between the water storage space 400.

In addition, as shown in FIG. 6, in other variations of this embodiment, the water injection unit 10 further includes a first locking nut 14, and the first tube wall 111 of the first positioning seat 11 has a first outer The thread 116, the water level observation unit 20 further includes a second locking nut 26, the second tube wall 211 of the second positioning seat 21 has a second external thread 214, when the first and second positioning seat 11, 21 are respectively installed in the mounting holes 310 of the inner basin 300, the first locking nut 14 can be locked with the first external thread 116 of the first pipe wall 111, and cooperate with the first upper flange 112 to clamp The bottom of the inner basin 300 enables the first positioning seat 11 to be firmly positioned at the bottom of the inner basin 300, the second locking nut 26 can be locked with the first external thread 214 of the second tube wall 211, The second upper flange 212 is used to clamp the bottom of the inner basin 300 so that the second positioning seat 21 is firmly positioned at the bottom of the inner basin 300.

In summary, the new planting equipment can not only allow users to purchase the outer pot and the inner pot of suitable size and shape for assembly according to the size of the space used by the home to place the potted plants, and provide the use Those who choose flower pots are more selective, and can effectively prevent the entry of mosquitoes from the water injection pipe, so it can really achieve the new purpose of cost.

However, the above are only examples of the new model. When the scope of the new model cannot be limited by this, any simple equivalent changes and modifications made according to the patent application scope and patent specification content of the new model are still regarded as Within the scope of this new patent.

100: planting equipment 10: Water injection unit 11: The first positioning seat 111: first tube wall 112: First upper flange 113: First lower flange 114: The first set of holes 115: Outlet 116: first external thread 12: Water injection pipe 121: Water injection hole 13: Cover 14: The first locking nut 20: Water level observation unit 21: Second positioning seat 211: Second tube wall 212: Second upper flange 213: The second set of holes 214: second external thread 22: connecting pipe 221: top connection end 222: bottom connection end 223: communication hole 224: Breathable gap 23: Water supply base 231: bottom wall 232: Perimeter wall 233: stop flange 234: Water supply space 235: water inlet 24: Install the top seat 241: Large tube 242: Small pipe department 243: Outer Tube Department 244: Sleeve inner hole 245: Ventilation holes 246: Active hole 247: Insert ring groove 25: Transparent tube 251: Close the top 252: Open bottom end 253: Blind hole 26: Second locking nut 30: Buoy 31: Indicate the top part 200: outer basin 300: inner basin 310: mounting hole 320: cotton rope 400: water storage space

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: FIG. 1 is a combined perspective view of an embodiment of the planting device of the present invention; 2 is an exploded perspective view of the embodiment; FIG. 3 is an incomplete combined sectional view of the embodiment; 4 is a combined cross-sectional view of the embodiment installed in an inner basin and an outer basin nested with each other, illustrating a buoy of the embodiment in a low water level position; Figure 5 is a view similar to Figure 4 illustrating the buoy at a high water level; and FIG. 6 is an incomplete assembled cross-sectional view illustrating a variation of this embodiment.

100: planting equipment

10: Water injection unit

11: The first positioning seat

12: Water injection pipe

13: Cover

20: Water level observation unit

21: Second positioning seat

22: connecting pipe

23: Water supply base

24: Install the top seat

25: Transparent tube

30: Buoy

Claims (8)

One planting equipment, including: A water injection unit includes a first positioning seat, a water injection pipe, and a cover. The first positioning seat defines a first set of connecting holes, the water injection pipe defines a water injection hole, and the bottom end sleeve of the water injection pipe Connected to the first positioning seat and inserted into the first set of connecting holes, the cover is detachably provided at the top of the water injection pipe; A water level observation unit, including a second positioning seat, a communication pipe, a water supply base, an installation top seat, and a transparent tube, the second positioning seat defines a second set of connecting holes, the connecting pipe is sleeved In the second positioning seat and passing through the second sleeve hole, the communication tube defines a communication hole, and has a top connection end and a bottom connection end, the water supply base is disposed on the bottom connection end , The water supply base defines a water supply space communicating with the communication hole, and has a number of water inlet holes communicating with the water supply space, the installation top seat is provided at the top connecting end, and has a top connecting end A sleeved large tube part, and a small tube part connected to the large tube part, the small tube part defines a movable hole communicating with the continuous hole, the transparent tube is sleeved with the small tube part, and defines a movable hole A communicating blind hole, the transparent tube has a closed top end; and A buoy is movably arranged in the water level observation unit, the buoy has an indicating top portion, the buoy can move relative to the water level observation unit between a low water level position and a high water level position, when the buoy In the low water level position, the indicator tip is away from the closed tip, and when the buoy is in the high water level position, the indicator tip is adjacent to the closed tip. The planting device according to claim 1, wherein the second positioning seat is connected to the first positioning seat. The planting device according to claim 2, wherein the first positioning seat has a first tube wall, a first upper flange extending outward from a top end of the first tube wall, and a first tube flange A first lower flange extending inwardly from the bottom end of a tube wall, the first tube wall defines the first socket, and the first lower flange defines an outlet communicating with the first socket For the water inlet, the bottom end of the water injection pipe abuts the first lower flange, and the water injection hole of the water injection pipe communicates with the water outlet. The planting device according to claim 3, wherein the second positioning seat has a second tube wall, and a second upper flange extending outward from a top end of the second tube wall, the second tube The wall defines the second socket hole, and the second upper flange is connected to the first upper flange. The planting device according to claim 1, wherein the top connection end of the communication tube is formed with a ventilation gap communicating with the communication hole, and the large cylindrical portion of the installation top seat defines a place for insertion of the top connection end The inner hole is sleeved, and has at least one vent hole communicating with the inner hole, and the vent hole communicates with the vent gap. The planting device according to claim 5, wherein the mounting top seat further has an outer tube portion connected to the large tube portion and surrounding the small tube portion, the outer tube portion and the small tube portion cooperate to define an insertion ring groove, The transparent tube also has an open bottom end, the open bottom end is sleeved with the small tube part and inserted into the insertion ring groove. The planting device according to claim 6, wherein the water supply base has a bottom wall, a peripheral wall extending upward from the peripheral edge of the bottom wall, and a peripheral wall extending outward from the peripheral wall and adjacent to the top end of the peripheral wall The stop flange, the bottom wall cooperates with the peripheral wall to define the water supply space, the peripheral wall is formed with the water inlet holes, the top end of the peripheral wall is inserted into the communication hole of the communication pipe, and the bottom of the communication pipe is connected with the bottom end The stop flange abuts. The planting device according to claim 4, wherein the water injection unit further includes a first locking nut, the first tube wall of the first positioning seat has a first external thread, and the first locking nut Locked with the first external thread of the first tube wall, the water level observation unit further includes a second locking nut, the second tube wall of the second positioning seat has a second external thread, the second lock The fixed nut is locked with the first external thread of the second pipe wall.

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