TWI577274B - Assembly Well Irrigation System For Environmentally Friendly Water Conservation - Google Patents

Description

Environmentally friendly water-saving combined acupoint irrigation system

The invention provides a combined acupoint irrigation system for environmental protection and water saving, in particular to a position adjustment of a movable straight pipe of a floating body or a water supply bottle of a water level controller to control the water surface position inside the acupoint well; The venting tube is provided, and the bottom end and the outer wall surface of the venting tube are covered with a water absorbing element, and the water absorbing element can be a cotton thread, and the two ends are arranged at an opening and protruded from the hole well, thereby improving the efficiency of water penetration and absorbing water. The component fills the opening between the top of the well and the venting pipe, thereby preventing the soil from entering the hole well and causing the hole to be ineffective or reducing the penetration effect; so that the seepage flow of the hole well to the external soil can be controlled without passing through the electric power, that is, Appropriate water seepage can be given according to the needs of the plant, and automatic watering can be carried out all the time, so that the water penetrates outside the hole well to be watered in a large area of planting ground, single or multiple potted plants, thereby achieving the effect of saving water and energy.

According to planting, it refers to the cultivation of plants through fertilization, irrigation, weeding, etc. Among them, in terms of irrigation, the most common irrigation method is to directly water the soil directly in the container after the container is filled with water, or directly install it. The sprinkler or irrigation system is automatically or manually watered through the water supply system; however, the water supply through the container is not precisely controlled and the amount of water required for plant growth is not the same Therefore, if the water is not watered according to the growth characteristics of the plant, it will easily lead to excessive or too little water, causing the plants to wither; in addition, if the area required for watering is too wide, or the number of potted plants is too large, it will result in It takes a lot of manpower and time cost; while watering with sprinklers or irrigation systems, the cost of the process is high, it also consumes a lot of electricity, and it can only be used for irrigation of large areas, and it is difficult to apply. Indoor or outdoor potted plants, especially in the home environment, and if used in potted plants, it will easily lead to water wasted outside the potted plants, and easy to waste water. Induced breeding mosquitoes and dirty the environment.

Therefore, it is known that the Chinese Patent No. M479004, "Automatic Water Supply Pot with Water Saving Function", also applies for a mainland patent (Mainland No. CN 203788787 U), which is created by the applicant of the present invention. Mainly by inverting the water supply bottle and transporting the water to the different potted plants through the hole wells, thereby achieving the purpose of large-scale planting; however, the water supply bottle of M479004 case has a limited amount of water, if used Large-area or multi-potted planting, the water consumption rate is extremely fast, which makes it impossible to automatically supply water for a long time, so that the user must continue to supply water in the water supply bottle; and when adjusting the water surface position, it is necessary to rotate and adjust the bearing. The position of the tube can adjust the height of the air hole, and the adjustment process is extremely inconvenient; in addition, the volume of the water storage box is too large, and it cannot be applied to various types of planting containers; and the water is input into the water storage box through the overflow hole. However, the cross-sectional area of the overflow hole is small, so it is easy to cause the soil to harden when it enters the overflow hole, thereby affecting the efficiency of water penetration into the soil; in summary, it will still lead to the elimination of manpower and time costs. Consumption also causes great trouble for users.

In view of this, our inventors have devote themselves to further research on the irrigation of plants, and have initiated research and development and improvement, with a better invention to solve the above problems, and have been experimentally and modified to have the invention.

Therefore, the object of the present invention is to solve the problem that if the container is used for watering, it is difficult to control the amount of water, which is easy to cause the plants to wither, and it takes a lot of manpower and time cost when carrying out large-scale planting and more potting. Watering through sprinklers or irrigation systems is costly and wastes water, making it difficult to apply indoors or outdoors. The water supply bottle in M479004 has limited water and is difficult to apply. It is planted in large areas or in many pots, and has a water level adjustment process that is inconvenient, cannot be applied to various types of planting containers, and is susceptible to the inefficiency of water penetration into the soil.

In order to achieve the above objectives, the inventors provide an environmentally-friendly and water-saving combined acupoint irrigation system, comprising: at least one hole well, a top end of which is respectively provided with a gas permeable tube, and the bottom end and the outer wall surface of the gas permeable tube are covered with a a water absorbing member, wherein the water absorbing member fills the opening between the top of the well and the vent tube, and the vent tube is respectively accommodated with a buoy; and at least one water supply bottle, and the water supply bottle opening is respectively provided with a buoy a cover body, the cover body is provided with a fixed pipe member and a through hole, the through hole is provided with a movable straight pipe for adjusting the up and down movement; and the water supply bottle is inverted to set the cover body to the hole well And the fixed pipe, the movable straight pipe and the vent pipe are all located in the hole well.

According to the above-mentioned environmentally-friendly water-saving combined acupoint irrigation system, wherein the bottom of the well is closed to form a tip, and the side edge of the tip is provided with at least one waterproof ring, and the well is The tip system can be partially cut away to cause the well to form a tubular shape.

According to the above-mentioned environmentally-friendly water-saving combination type well hole irrigation system, the side edge of the vent pipe is further provided with a plurality of water guiding holes.

According to the above-mentioned environmentally-friendly water-saving combination type well hole irrigation system, wherein the top of the well is further provided with a set of connecting elements, the connecting element is provided with a perforation and a set of connecting holes; The hole is inserted into the hole well; the top end of the set of holes is provided with a bearing portion, the water supply bottle is invertedly disposed on the bearing portion, and the fixed pipe and the movable straight pipe are assembled by The holes penetrate into the well.

According to the above-mentioned environmentally-friendly water-saving combination type well hole irrigation system, the side edge of the assembly element is further provided with a hanging piece.

According to the above-mentioned environmentally-friendly water-saving combination type acupoint irrigation system, the hole well system is inserted in a planting container.

According to the above-mentioned environmentally-friendly water-saving combined hole well irrigation system, a water level controller is further included, the water level controller has a water inlet valve, the water inlet valve is connected to an inlet pipe, and the inlet pipe is connected to a receiving pipe, The bottom of the receiving pipe is in communication with at least one of the hole wells, and a floating body is disposed in the receiving pipe, the floating body is connected to a rod body, and the rod body is pivotally connected to the water inlet valve by a pivot switch When the floating body rises to a height, the rod body pivots the pivot switch and closes the water inlet valve, and when the floating body is lower than the height, the water inlet valve is opened; The water valve is used to connect to a water supply device.

According to the above-mentioned environmentally-friendly water-saving combination type well hole irrigation system, at least one planting container is further included, and the hole well systems are respectively disposed in the planting container, and the hole wells are respectively disposed by a lateral direction. The water conduits are connected to each other.

According to the above-mentioned environmentally-friendly water-saving combination hole well irrigation system, the utility model further comprises a hanger, the hanger has a cross bar and a suspension rod slightly parallel to the hanger, and one end of the cross bar is respectively provided with one a combination hole, the two ends of the suspension rod are respectively provided with a screw hole; the suspension rod is provided with a plurality of hooks, and the planting containers are respectively provided with a hanging hole, and the hanging holes are respectively hung on the hook; And the two screws are respectively disposed through the combined holes and assembled in the screw holes.

According to the above-mentioned environmentally-friendly water-saving combination type well hole irrigation system, wherein the water absorbing element is a cotton line arranged in a line, and both ends of the water absorbing element are protruded from the hole well, and the two ends of the water absorbing element are Split setting.

It is obvious from the above description and setting that the present invention has the following several advantages and effects, which are detailed as follows:

1. The invention embeds a hole in the soil, and in the case that the water surface height does not exceed the opening of the hole, the water will be poured from the hole in the hole through the water absorption element to the soil outside the hole, and the invention is inserted by the hole well. The venting pipe enables the air pressure in the hole to be released by the ventilating pipe, so that the water can smoothly circulate between the wells, and the water absorbing element is disposed on the bottom end and the outer wall surface of the venting pipe, so that the water absorbing element fills the top of the hole well and the ventilation The opening between the tubes makes the soil less accessible to the wells, and prevents the soil from hardening in the wells, so that the water permeability of the wells is reduced to the soil, and the end of the water absorbing element protrudes from the wells and The splitting arrangement allows the moisture in the well to be easily infiltrated into the external soil via the water absorbing element, thereby achieving good irrigation; and the water absorbing element is preferably a cotton thread, which can reduce manufacturing and replacement costs. When the cotton thread is not enough, the vent pipe can be directly taken out and replaced, so that the invention can simultaneously improve the convenience when replacing the cotton thread.

2. The water supplied to the well of the present invention can be completed by a water supply bottle and/or a water supply device, wherein, for the water supply bottle, the water supply bottle is inverted after being filled with water and the cover body is assembled a hole well, and the fixed pipe and the movable straight pipe are located in the hole well, and the water of the water supply bottle will be input into the hole well through the fixed pipe fitting and will flow into the hole well, and the water level height of the hole well and the water level height of the hole well through the communication pipe principle will be Both are consistent and rise synchronously. When the water level rises to the bottom end of the movable straight pipe, the water level can no longer rise due to the influence of the air pressure in the movable straight pipe and the water supply bottle, so that the water level is limited to the movable straight. The part of the bottom end of the tube, and the height of the well water level is also equivalent to the position of the bottom end of the movable straight tube, and can pass through the buoy in the venting tube to know the height of the water level in the hole well, so that the present invention can pass through the movable straight tube The position adjustment can achieve the effect of adjusting and controlling the water level, and the seepage flow of the watering can be controlled according to the growth characteristics of the plant, and the capillary phenomenon can be further controlled by the amount of the water absorbing element. The water supply to the water supply device is connected to the water supply device by connecting the water inlet valve of the water level controller, and the water supply device is connected to the water level of the hole well as described above. In the initial state, since the water level has not reached a certain height, the inlet valve system is continuously opened, so that the water is continuously injected into the bearing tube and the hole well, and when the floating body rises to a height, the rod body will make the pivot switch The water inlet valve is pivoted and closed to control and maintain the height of the water level; by the above, it is apparent that the present invention can indeed perform irrigation for a long time, thereby greatly saving time and labor costs.

3. The invention can be applied to a single planting container, a plurality of planting containers, or a large-area planting place, and when applied to a single planting container, the hole well can be directly inserted into the soil by the tip of the hole well, and only the device is installed. The water supply bottle is provided for water supply by the water supply bottle; and when applied to a plurality of planting containers, the tip portion can be cut and removed, and a hole well is set in each planting container, and the hole well is connected The water conduit is connected to the water supply bottle at the starting end, and the water level controller is connected to the hole in the terminal; when applied to a large area of the planting ground, the hole well can be directly buried in the soil of the planting place, and as described above, The hole in the starting end is connected to the water supply bottle, and the hole in the terminal is connected to the water level controller; if it is applied to a plurality of planting containers and a large-scale planting place, the water supply bottle and the water level controller can simultaneously perform water supply and watering, which is obvious The invention can be applied to various planting situations and automatically perform irrigation, and can be connected in series in an infinite manner, and has wide applicability, no need to use electric power, and the same Can significantly reduce the money, when the irrigation time and labor costs, and can achieve environmental protection, water and energy saving and reduce the effectiveness of labor costs.

The invention will be described in detail below with reference to the drawings.

Please refer to FIG. 1 to FIG. 5, which is a first embodiment of the present invention. The present invention is an environmentally-friendly and water-saving combined acupoint irrigation system, which comprises:

As shown in FIG. 2, at least one of the wells 1 is respectively inserted with a venting pipe 11, and the bottom end and the outer wall of the venting pipe 11 are covered with a water absorbing member 12, so that the water absorbing member 12 fills the top of the hole well 1. In order to save the water absorbing element 12 and its installation cost, the water absorbing element 12 is arranged in a line, and both ends of the water absorbing element 12 protrude from the hole well 1; In order to further improve the penetration force of the water absorbing element 12, the two ends of the water absorbing element 12 may be arranged in an open manner to increase the contact area; therefore, preferably, the water absorbing element 12 may be a cotton thread; and the water absorbing element 12 is used. The amount of the amount can be determined according to the amount of permeation required for watering; and to facilitate the fixing of the water absorbing element 12, the water absorbing element 12 can be positioned on the wall surface of the venting tube 11 by a positioning member 111 to facilitate the removal of the venting tube 11 At the same time, the water absorbing element 12 can be taken out, thereby improving the convenience of the present invention in operation; in order to improve the water absorbing element 12 and the efficiency of watering by the capillary phenomenon, the side edge of the venting pipe 11 is provided with a plurality of water guiding holes 112. To make the water out It is smooth;

A buoy 13 is respectively accommodated in the vent pipe 11 to observe the water level in the well 1;

At least one water supply bottle 2, a cover body 21 is respectively disposed at the opening of the water supply bottle 2, and the cover body 21 is provided with a fixed pipe member 22 and a through hole 23, and the through hole 23 is provided with a movable vertical adjustment The water supply bottle 2 is inverted, and the cover body 21 is assembled in a hole well 1, and the gas permeable pipe 11, the fixed pipe member 22 and the movable straight pipe 24 are located in the hole well 1 The bottom of the well 1 is in communication with at least one of the wells 1 , and the height of the movable well 24 is maintained in the well 1 and the height of the well 1 is maintained or controlled by the principle of the communication tube;

In order to facilitate positioning of the water supply bottle 2, the venting pipe 11, the fixed pipe member 22 and the movable straight pipe 24, and reducing the occupation of the space, the top of the hole well 1 is further provided with a set of connecting members 16, and the assembling member 16 is worn. A through hole 161 and a plurality of through holes 162 are provided; the venting pipe 11 is inserted into the hole well 1 by the through hole 161; a receiving portion 163 is disposed at the top end of the set of connecting holes 162, and the water supply bottle 2 is provided. The fixing tube 22 and the movable straight tube 24 are inserted into the hole well 1 through the assembly hole 162.

And as shown in FIG. 6 and FIG. 7, the bottom of the well 1 is closed to form a tip portion 14, and the side edge of the tip end of the tip portion 14 is provided with at least one waterproof ring 15, and the first embodiment The middle system is provided with a plurality of wells 1 so that the wells 1 must be connected to each other. Therefore, the tip portion 14 of the well 1 can be partially cut off to make the well 1 form a tubular shape, and the wells 1 can be borrowed. The water conduits 3 are connected to each other by a horizontally disposed water conduit 3; the water conduit 3 can be a T-shaped tube, and the hole well 1 can be waterproofed by the waterproof ring 15 to connect with the water conduit 3;

In the first embodiment, the plurality of planting containers 4 are applied to each other, so that the hole wells 1 are respectively disposed in the planting container 4; and in order to secure the hole well 1, the side edge of the assembling member 16 is provided with a hanging member 164. Hanging on the top edge of the planting container 4; in addition, in order to ensure that the hole well 1 is firmly stabilized in the planting container 4, and to facilitate the installation of the water conduit 3, the water conduit 3 is threaded through the planting a container 4, and a fixing member 41 is disposed at the bottom of the planting container 4 to position the water conduit 3, and as shown in Figures 1 and 2, the fixing member 41 and the water conduit 3 are connected Positioned by mutual jamming.

a water level controller 5, the water level controller 5 has a water inlet valve 51, the water inlet valve 51 is connected to an inlet pipe 52, and the inlet pipe 52 is connected to a receiving pipe 53, the bottom of the receiving pipe 53 is arranged by the lateral direction The water conduit 3 communicates with at least one of the wells 1 , and the receiving pipe 53 is provided with a floating body 54 . The floating body 54 is connected to a rod 55 , and the rod 55 is connected by a pivot switch 56 . The pivoting valve 51 is pivoted to the inlet valve 51, so that the lever body 55 pivots the pivoting switch 56 and closes the inlet valve 51, and the floating body 54 is lower than the floating body 54 At the height, the water inlet valve 51 is opened; the water inlet valve 51 is coupled to a water supply device 6, which may be a faucet.

By the way, when the first embodiment is used, as shown in FIG. 3, after the hole wells 1 are respectively positioned in each of the planting containers 4, the soil 7 can be filled in the planting container 4, and the soil 7 is made. Buried in the hole well 1, but not buried in the position of the venting pipe 11, and the hole well 1 located in the planting container 4 must remove the water supply bottle 2 and its fixed pipe member 22 and the movable straight pipe 24, and The grouping hole 162 and the bearing portion 163 are closed, for example, can be closed by a cover to prevent dust or foreign matter from entering the hole well 1; in addition, a hole well 1 is disposed outside the planting container 4, and is located in the planting container 4 outside the hole well 1 must remove the venting pipe 11 and the water absorbing element 12, and the perforation 161 is closed, also to prevent dust or foreign matter from entering the hole well 1; thereby, the hole well 1 in the planting container 4 By the arrangement of the water absorbing element 12, the soil 7 can be prevented from entering the hole well 1 and hardening to affect the water permeability; and the water supply bottle 2 is inverted after the water is filled so that the fixed pipe 22 and the movable straight pipe 24 are located In the hole well 1, at the same time, the water supply device 6 can also be turned on;

First, as for the water supply of the water supply bottle 2, as shown in Fig. 3, when the water in the water supply bottle 2 is output from the fixed pipe member 22 to the hole well 1, and flows through the water conduit 3 to the hole well 1 and the receiving pipe 53, The air in the well 1 will be removed by the venting pipe 11 as the water enters, so the water can actually flow into the hole well 1; and because of the principle of the connecting pipe, the water level of the hole well 1 and the receiving pipe 53 will be almost the same, so the well 1 And the water level of the receiving pipe 53 will rise synchronously until it rises to the end of the movable straight pipe 24 at the end of the hole well 1, as shown in Fig. 4, so that the water pressure of the hole well 1 and the receiving pipe 53 is higher in the water supply bottle 2. It is not enough to overcome the air pressure in the movable straight pipe 24 and the water supply bottle 2 to stop the water supply, so that the water level of the hole well 1 and the receiving pipe 53 can be controlled, so if the water level needs to be adjusted, the water supply bottle 2 can be taken out, and By adjusting the height of the movable straight pipe 24, the effect of controlling the water level can be achieved;

As for the water supply of the water level controller 5, as described above, as shown in Fig. 3, due to the principle of the connecting pipe, the water levels of the hole well 1 and the receiving pipe 53 will be nearly identical, and when in the receiving pipe 53 When the height of the water level is not enough to float the floating body 54 to a certain height, the rod body 55 will not be able to pivot the pivot switch 56, so the water inlet valve 51 is still open and continues to enter the water; As shown, when the floating body 54 is raised to a height, the floating body 54 will push the lever body 55 to pivot the pivot switch 56 and close the water inlet valve 51 to achieve the effect of controlling the water level; In the water level, since the pivot switch 56 can be provided with a thread 561, the rod body 55 is provided with a thread 551 corresponding to the thread 561 at the pivot switch 56 to adjust the rod body 55 by rotating the rod body 55 and The height of the floating body 54.

As for the irrigation of the soil well 7 for the well 7 , as shown in Fig. 4, the above water level is based on the principle that the opening of the well 1 is not exceeded, and when the well 1 is controlled by the water supply bottle 2 and the water level controller 5 The water will be able to pour the soil 7 outside the hole well 1 through the water absorbing element 12 disposed on the venting pipe 11; as shown in Fig. 4, when the position of the water level is far from the opening of the hole well 1, the water is opposite The lower permeate flow to the external soil 7 is lower, so it can be applied to plants with less watering requirements; on the contrary, as shown in Fig. 5, when the water level is controlled closer to the opening of the well 1 The water seepage to the external soil 7 is relatively high, so it can be applied to plants with higher watering requirements. If the water level of the well 1 is to be observed, the buoy can be placed through the vent tube 11. 13 to observe the water level in the hole well 1, and then you can choose whether you need to adjust the water level.

When the well 1 is watered to the soil 7, the water supply bottle 2 will continue to supply the water it contains, and if the water level of the receiving pipe 53 drops to lower the floating body 54, the rod 55 will not be able to pivot the pivot. Turning the switch 56, the water inlet valve 51 will be in an open state to enter the water, and even if the water in the water supply bottle 2 is exhausted, the water supply device 6 can supply water; thereby, the present invention can be surely Plant growth conditions, control of water levels, and automatic watering around the clock, without the need to consume electricity, without the need for a lot of money, time and labor costs.

Moreover, when the water absorbing element 12 is no longer used, only the soil 7 is slightly removed, and the venting tube 11 is taken out, the water absorbing element 12 can be replaced, and the water absorbing element 12 can be a low-cost cotton thread. Therefore, it does not cost the user a lot of money.

Next, as shown in FIGS. 6 to 8, it is a second embodiment of the present invention, which differs from the first embodiment in that the second embodiment is provided only in the single planting container 4, so that the user only When it is intended to be applied to the single planting container 4, the hole well 1 can be directly inserted into the soil inside the planting container 4 by the closed tip portion 14, so that the second embodiment can be directly applied to the single planting container 4 There is no need to remove the soil of the planting container 4, and there is no need to separately set the water level controller 5, and when the water supply bottle 2 is supplied with water, since the end of the hole well 1 has the closed tip portion 14, the water level rises in the hole well 1 In this way, the control, adjustment, observation and soil 7 watering of the water level can be carried out through the hole well 1 by the method and principle described above, so that the invention can be further flexibly utilized, thereby enhancing the application of the creation. The other embodiments of the present embodiment are similar to the first embodiment, and thus are not described herein.

Referring to FIG. 9 and FIG. 10 again, it is a third embodiment of the present invention, which differs from the first embodiment in that the third embodiment is used for a large area of planting land 8, without being installed. The planting container 4 directly buryes the hole well 1 and the water level controller 5 in the soil 7 in the same manner, and the hole well 1 is arranged in the same manner as described above, and the tip portion 14 of the hole well 1 is removed to form a tubular shape, thereby being as described above. The water level can be controlled, adjusted, observed, and soiled. The remaining embodiments of the present embodiment are similar to those of the first embodiment, and thus will not be described herein; and by the above, it is apparent that the present invention can be applied to The single or multiple planting container 4 can also be applied to a large-area planting site 8, and thus the present invention does have wide applicability.

Continuing to refer to FIG. 11 , which is a fourth embodiment of the present invention, the difference between this embodiment and the first embodiment is that the fourth embodiment further includes a hanger 9 having a crossbar And a suspension hole 92 parallel to the hanger 91, and a combination hole 911 is disposed at each end of the crossbar 91. The suspension rod 92 is respectively provided with a screw hole 921 at both ends; the suspension rod 92 is provided There are a plurality of hooks 922, and the planting containers 4' of the fourth embodiment are respectively provided with a hanging hole 42, the hanging holes 42 are respectively hung on the hook 922; and the two screws 93 are respectively inserted The combination hole 911 is assembled in the screw hole 921; thereby, the hanger 9 is only fixed to a wall surface, and the depth of the screw 93 is locked to the screw hole 921 by the rotation of the screw 93. In order to adjust the height and inclination angle of the suspension rod 92, if the water surface position is controlled as described above, the suspension rod 92 is adjusted to be horizontal with the ground, and the water supply bottle 2 and the water level controller 5 can be set at The interior of the wall can also achieve the effect of all-weather watering, and can beautify the wall to solve the problem. Plants planted on the wall are not easily watered.

In summary, the technical means disclosed by the present invention can effectively solve the problems of the prior knowledge, achieve the intended purpose and efficacy, and are not found in the publication before publication, have not been publicly used, and have long-term progress, The inventions referred to in the Patent Law are correct, and the application is filed according to law, and the company is invited to give a detailed examination and grant a patent for invention.

The above is only the preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, that is, the equivalent changes and modifications made by the scope of the invention and the contents of the invention are all It should remain within the scope of this invention.

1‧‧‧ hole well
11‧‧‧ Breathable tube
111‧‧‧ Positioning components
112‧‧‧Water guide hole
12‧‧‧Water absorption components
13‧‧‧ buoys
14‧‧‧ tip
15‧‧‧Waterproof ring
16‧‧‧Component components
161‧‧‧Perforation
162‧‧‧Group holes
163‧‧‧Loading Department
164‧‧‧Pendant
2‧‧‧Water supply bottle
21‧‧‧ cover
22‧‧‧Fixed fittings
23‧‧‧through hole
24‧‧‧Active straight tube
3‧‧‧Water conduit
4, 4'‧‧‧ planting containers
41‧‧‧Fixed parts
42‧‧‧ hanging holes
5‧‧‧Water level controller
51‧‧‧Inlet valve
52‧‧‧ water inlet
53‧‧‧Acceptance
54‧‧‧ floating body
55‧‧‧ rod body
551‧‧‧ threaded teeth
56‧‧‧ pivot switch
561‧‧ thread
6‧‧‧Water supply
7‧‧‧ soil
8‧‧‧Cultivated land
9‧‧‧Hanging
91‧‧‧crossbar
911‧‧‧ combination hole
92‧‧‧hanging rod
921‧‧‧ screw holes
922‧‧‧hook
93‧‧‧ screw

Fig. 1 is a perspective view showing a first embodiment of the present invention. Figure 2 is a perspective exploded view of the first embodiment of the present invention. Fig. 3 is a schematic view showing the state of use of the first embodiment of the present invention and the water supply bottle and the water level controller when water is supplied. Fig. 4 is a schematic view showing the state of use of the first embodiment of the present invention and the water level of the well. Fig. 5 is a schematic view showing the state of use of the first embodiment of the present invention and the water level of the well. Figure 6 is a perspective view of the present invention. Figure 7 is a perspective exploded view of the present invention. Figure 8 is a schematic cross-sectional view showing the second embodiment of the present invention. Figure 9 is a perspective view of a third embodiment of the present invention. Figure 10 is a schematic cross-sectional view showing the third embodiment of the present invention. Figure 11 is a front elevational view showing a fourth embodiment of the present invention.

1‧‧‧ hole well

11‧‧‧ Breathable tube

111‧‧‧ Positioning components

12‧‧‧Water absorption components

13‧‧‧ buoys

14‧‧‧ tip

15‧‧‧Waterproof ring

16‧‧‧Component components

161‧‧‧Perforation

163‧‧‧Loading Department

164‧‧‧Pendant

2‧‧‧Water supply bottle

Claims (10)

An environmentally-friendly and water-saving combination type well hole irrigation system, comprising: at least one hole well, a top end of which is respectively inserted with a gas permeable pipe, and the bottom end and the outer wall surface of the gas permeable pipe are covered with a water absorbing element, so that the water absorbing element fills the An opening between the top of the well and the venting pipe, and a buoy is respectively accommodated in the venting pipe; and at least one water supply bottle, wherein the water supply bottle opening is respectively provided with a cover body, and the cover body is provided with a fixing a tubular member and a through hole, wherein the through hole is provided with a movable straight tube that is adjusted up and down; and the water supply bottle is inverted to set the cover body to the hole well, and the fixed pipe member and the movable straight Both the tube and the vent tube are located within the well. The combined acupoint irrigation system of the environmental protection and water saving according to claim 1, wherein the bottom of the well is closed to form a tip, and the side edge of the tip is provided with at least one waterproof ring. And the tip of the hole well can be partially cut off to make the hole well form a tubular. The combined acupoint irrigation system for environmental protection and water saving according to claim 1, wherein the side edge of the venting tube is further provided with a plurality of water guiding holes. The combined acupoint irrigation system of the environmental protection and water saving according to claim 1, wherein the top of the well is further provided with a set of connecting elements, and the connecting component is provided with a perforation and a set of connecting holes; The venting pipe is inserted into the hole well through the through hole; the top end of the set of connecting holes is provided with a bearing portion, the water supply bottle is arranged upside down on the bearing portion, and the fixed pipe member and the movable straight pipe are arranged The hole is penetrated into the well by a set of holes. The combination of the environmental protection and water-saving combination type well hole irrigation system according to the fourth aspect of the invention, wherein the side edge of the assembly element is further provided with a hanging piece. The combined acupoint irrigation system for environmental protection and water conservation according to claim 1, wherein the hole well system is inserted in a planting container. For example, the environmentally-friendly water-saving combined hole well irrigation system described in claim 1 further includes a water level controller having a water inlet valve connected to an inlet pipe and the inlet pipe connection a receiving pipe, the bottom of the receiving pipe is in communication with at least one of the hole wells, and the receiving pipe is provided with a floating body, the floating body is connected with a rod body, and the rod body is pivotally connected by a pivot switch In the water inlet valve, when the floating body rises to a height, the rod body pivots the pivot switch and the bottom top closes the water inlet valve, and when the floating body is lower than the height, the inlet is opened a water valve; the inlet valve is for connecting to a water supply device. The combined acupoint irrigation system for environmental protection and water saving according to any one of claims 1 to 7, further comprising at least one planting container, wherein the hole wells are respectively disposed in the planting container, and the The wells are connected to each other by a horizontally disposed water conduit. The environmentally-friendly water-saving combined acupoint irrigation system according to any one of claims 1 to 7, further comprising a hanger having a crossbar and a suspension slightly parallel to the hanger a plurality of ends of the crossbar are respectively provided with a combination hole, and the two ends of the suspension rod are respectively provided with a screw hole; the suspension rod is provided with a plurality of hooks, and the planting container is respectively provided with a hanging hole, the suspension The holes are respectively hung on the hooks; and the two screws are respectively disposed through the combined holes and assembled in the screw holes. The combination of the environmentally-friendly and water-saving combination type well hole irrigation system according to any one of claims 1 to 7, wherein the water absorbing element is a cotton thread arranged in a line, and both ends of the water absorbing element are protruded from the The well is described, and the ends of the water absorbing element are arranged in a split.