CN206182004U - Green wall irrigation system - Google Patents
Green wall irrigation system Download PDFInfo
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- CN206182004U CN206182004U CN201621211951.4U CN201621211951U CN206182004U CN 206182004 U CN206182004 U CN 206182004U CN 201621211951 U CN201621211951 U CN 201621211951U CN 206182004 U CN206182004 U CN 206182004U
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- basin device
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Abstract
The utility model provides a green wall irrigation system, is applicable to and connects a water source to contain a basin ware unit, a float valve. This basin ware unit includes several basin ware, one receives survey basin ware, and a delivery pipe. This float valve is used for listening this water level that receives survey basin ware to can be when this water level that receives survey basin ware be less than a normal water level, control this delivery pipe supply water for the basin ware with should receive survey basin ware to and when this water level that receives survey basin ware equals or is higher than this normal water level, control this delivery pipe and stop to supply water. Whether intake through this delivery pipe of float valve control, can provide moisture according to the plant demand, make vegetation good.
Description
Technical field
The utility model is related to a kind of green wall irrigation system, and more particularly to one kind can supply several potted plant adjacent up and down
Put, to beautify the green wall irrigation system of metope using plant.
Background technology
In order to beautify home environment, office block, residential district, public place etc., there are many green walls to design at present, it is main
If in a green wall device is set on building wall, the green wall device includes several basin devices adjacent up and down, the basin
Generally speaking device has number row's basin device to be arranged above and below several one group to be arranged in a row.Each basin device is available for a potted plant pendulum
Put, so as to form the environment-friendly decorative metope of upright and larger area.Will to pot water when, mainly connected by feed pipe
The basin device of logical the top, after the basin device of row is most gone up in water injection, water can flow downwardly into lower row by upper row's basin device bottom
In basin device, reach drip irrigation and water purpose.
The mode that conventional drip irrigation was watered is carried out using timing, every one section the set time feed pipe will provide water to
The basin device with it is potted plant, however, plant needs to water under what circumstances, actually relevant with plant growth environment, weather, example
Such as shine upon time span, sunlight ray intensity, environment temperature, humidity.When irradiating more long under burning sun, moisture is easy
Evaporation, now needs relatively frequently to water, when ambient humidity is big, sunlight irradiation is few, so that it may reduce irrigation times.Therefore, it is real
Demand of the plant to moisture cannot be met by the way of timing drip irrigation in the past on border, the green wall device needs to be improved.
The content of the invention
The purpose of this utility model is that offer is a kind of can be provided moisture, make the green wall of plant grew well according to plant demand
Irrigation system.
Green wall irrigation system of the present utility model, it is adaptable to connect a water source, and comprising a basin device unit, the basin device
Unit includes adjacent several basin devices and a tested basin device, and one is used to that the water extraction at the water source to be supplied the basin device and is somebody's turn to do
The feed pipe of tested basin device.The green wall irrigation system also includes a floating valve, and the floating valve is arranged at the tested basin device and company
The feed pipe is connect, the floating valve is used to detect the water level of the tested basin device, and can be in the water level of the tested basin device less than a mark
During quasi- water level, control the feed pipe to supply water to the basin device and the tested basin device, and the tested basin device water level be equal to or
During higher than the normal water level, the feed pipe is controlled to stop supplying water.
Green wall irrigation system described in the utility model, the feed pipe includes a water inlet, and the floating valve includes one
In the tested basin device and can oscilaltion floating block, one be located at the floating block lower section and can be driven and move up and down
Operating bar, one be linkedly incorporated into the valve body of the operating bar bottom, one be located at floating block lower section and for by the operating bar
The elasticity for pushing downwards pushes part, first magnetic part for being installed on the floating block bottom, and one is installed on the operating bar
Second magnetic part of magnetic gravitational attraction that is upper and being subject to first magnetic part, is somebody's turn to do when the water level of the tested basin device is equal to or higher than
During normal water level, the operating bar pushes part and pushes downwards by the elasticity, and the valve body shelters from the water inlet of the feed pipe, when this
When the water level of tested basin device is less than the normal water level, the floating block declines, the magnetic attraction of first magnetic part and second magnetic part
The operating bar is attracted upwards to drive, the valve body is up moved and no longer blocks the water inlet.
Green wall irrigation system described in the utility model, also connects the feed pipe comprising one, and for providing fertilizer
Fertilizer applicator.
Green wall irrigation system described in the utility model, each basin device of the basin device unit includes a bottom wall, and
One from the bottom wall the upward and facing forward leg tiltedly stretched, the leg defines an accommodation space, the basin device jointly with the bottom wall
The accommodation space be connected.
The beneficial effects of the utility model are：Control whether the feed pipe intakes by the floating valve, need when
Time carries out drip irrigation and waters, and just stops supplying water when unwanted, can provide moisture according to plant demand, makes plant grew well.
Brief description of the drawings
Other features of the present utility model and effect, will clearly be presented in the implementation method with reference to schema, wherein：
Fig. 1 is a stereogram, illustrates an embodiment of the green wall irrigation system of the utility model；
Fig. 2 is a front view of the embodiment；
Fig. 3 is a front cross-section view, illustrates that the embodiment connects a water source and a floating valve of the embodiment；
Fig. 4 is a schematic flow sheet, illustrates the on off state of the floating valve, wherein a valve body of the floating valve from one compared with
Low position rises to position higher, and no longer blocks a water inlet of a feed pipe.
Specific embodiment
Refering to Fig. 1,2,3, an embodiment of the green wall irrigation system of the utility model, it is adaptable to connect a water source 5, and energy
Cut out for several not shown basins and placed.The green wall irrigation system of the present embodiment includes 1, floating valve 2 of a basin device unit, with
And a fertilizer applicator 4.
The basin device unit 1 includes several basin device 11,12, one, several communicating pipes that arrangement and water route are connected up and down
The tested basin device 13 of one of them of the basin device 11 is connected, and one is used to for the water extraction at the water source 5 to supply the basin device 11
With the feed pipe 14 of the tested basin device 13.
Each basin device 11 can supply corresponding potted plant placement, and including a bottom wall 111, and one from the bottom wall 111
The leg 112 stretched upward and tiltedly forward, the leg 112 defines one for containing potted plant accommodation space jointly with the bottom wall 111
110.The basin device 11 of this example is that several one groups ground are arranged above and below in number row, and the described of the basin device 11 of same row houses
Space 110 communicates with each other.The communicating pipe 12 is one group two-by-two, one group of communicating pipe 12 is located at each row's basin device 11 respectively two-by-two
The left and right sides, be used to making water energy in the basin device 11 of same row the communicating pipe 12 via flowing into lower row's communicating pipe 12
In the basin device 11.The tested basin device 13 is located at the last cell of the basin device unit 1, mainly according to the flow direction of water, if
The most downstream position being placed in the basin device 11.The feed pipe 14 is extended laterally to the right from the basin device unit 1 at lower section, is connect
And extend the top of the basin device 11 for most going up row upward again.The feed pipe 14 includes a water inlet for connecting the floating valve 2
141, and a delivery port 142 for a wherein basin device 11 (being located at the basin device 11 in the most upper left corner) of the connection basin device 11.
The floating valve 2 is arranged at the tested side of basin device 13 and connects the feed pipe 14, and for detecting the tested basin device
13 water level, to control the water into the feed pipe 14.The floating valve 2 includes that one is located in the tested basin device 13 and can receive
The floating block 21, one floated to the buoyancy of the water in the tested basin device 13 is spaced on the lower section of floating block 21 and can be subject to
Drive and move up and down and the operating bar 22, positioned at the top of water inlet 141 of the feed pipe 14 is linkedly incorporated into the work
The valve body 23, one of the bottom of lever 22 and the neighbouring water inlet 141 be located at the lower section of floating block 21 and for by the operating bar 22 to
Under the elasticity that pushes push the first magnetic part 25 that part 24, is linkedly installed on the bottom of floating block 21, and an installation
In the second magnetic part 26 of the magnetic gravitational attraction that first magnetic part 25 can be simultaneously subject on the operating bar 22.The elasticity pushes part 24
Bottom section fixed with the operating bar 22, top section is pressed to below the bottom wall of the tested basin device 13.
The fertilizer applicator 4 may connect to the pipeline of feed pipe 14, and for providing fertilizer, can inject liquid in the fertilizer applicator 4
State fertilizer, then inject in basin device 11 after mixing with water.The utility model is not necessity to set the fertilizer applicator 4 when implementing, and should
The installation site of fertilizer applicator 4 is also not required to limitation.
Refering to Fig. 2,3,4, when the utility model is used, the basin device 11 can contain respectively one it is potted plant, the water at water source 5 can
Into the feed pipe 14, then flowed into via the delivery port 142 and most gone up in the basin device 11 of row, due to each row's basin device 11 or so
Both sides are provided with the water in the communicating pipe 12, therefore described several basin devices 11 of upper row, can be via the communicating pipe 12 to bet
In entering described several basin devices 11 of lower row, with potted plant in drip irrigation each basin device 11.And the fertilizer of the fertilizer applicator 4 mixes with water
Afterwards, in also can be with each basin device 11 of identical path inflow, be applied fertilizer with to plant.It should be noted that the communicating pipe 12 does not make
Used time, a not shown cock body can be utilized respectively and clog its opening.
The utility model sets the floating valve 2, can be controlled according to the environment residing for plant, weather according to plant demand
Whether system water by drip irrigation.Its cardinal principle is, because shining upon time length, sunlight size, environment temperature, humidity etc.,
The evaporation degree of capital influence plant moisture, and the height of water level in each basin device 11, will be subject to above-mentioned plant growth ring
Border, weather are influenceed, such as when irradiating more long under burning sun, either the moisture in plant or basin device 11 all easily evaporates, this
When basin 11 water levels of device it is relatively low, this also illustrate that plant need water.Relatively, when ambient humidity is big, sunlight irradiation is few, basin device 11
In water evaporation it is less, this also illustrates that the moisture of plant is still enough, it is not necessary to water, therefore can be high by detecting the water level of basin device 11
It is low to control whether that carrying out drip irrigation waters.Again because the basin device 11 is communicated with the water route of the tested basin device 13, measuring should
The water level of tested basin device 13, so that it may represent the water level situation of all basin devices 11.
Specifically, the floating valve 2 can control the water supply when the water level of the tested basin device 13 is less than a normal water level
Pipe 14 supplies water to the basin device 11 and the tested basin device 13, and is equal to or higher than the standard water in the water level of the tested basin device 13
During position, the feed pipe 14 is controlled to stop supplying water to the basin device 11 and the tested basin device 13.Water level when the tested basin device 13 etc.
When the normal water level (such as first flow of Fig. 4), represent that the water in now each basin device 11 is enough, the operating bar 22
Part 24 is pushed by the elasticity to push downwards, first magnetic part 25 is distant with second magnetic part 26, therefore will not be attracting,
The valve body 23 is blocked and blocks the water inlet 141 of the feed pipe 14, the water at water source 5 is may not flow into the feed pipe 14, this
When would not carry out drip irrigation.As shown in the road flows of Fig. 4 the 2nd, when the water level of the tested basin device 13 is less than the normal water level, represent
Water level in each basin device 11 is relatively low, potted plant compared with water shortage, now the position of the floating block 21 declines because of water level step-down, and this
One magnetic part 25 diminishes with the distance of the second magnetic part 26, and its magnetic attraction to each other can resist the elasticity, and to push part 24 downward
The strength of the operating bar 22 is pushed, and then the operating bar 22 is attracted upwards to drive, the valve body 23 is up moved and no longer blocked
The water inlet 141 is blocked, the water at water source 5 can just enter in the feed pipe 14 from the water inlet 141, be watered to carry out drip irrigation.
Subsequently when the water level of the tested basin device 13 is returned to higher level state again, the floating block 21 rises back to Fig. 4 the 1st
The position of road flow, the operating bar 22 and then is pushed part 24 and pushes downwards by the elasticity, make the valve body 23 and then decline and again
Degree blocks the water inlet 141 of the feed pipe 14, by the process of such circulation, it is possible to which automatic controlling water supplying does not supply water.
In sum, the utility model sets the floating valve 2 to control whether the feed pipe 14 intakes, when needing
Carry out drip irrigation to water, just stop supplying water when unwanted, moisture can be provided according to plant demand, make plant grew well.
As described above, embodiment only of the present utility model, when can not with this limit the utility model implementation
Scope, i.e., all simple equivalence changes made according to the utility model claims and description and modification, all still belong to
Scope of the present utility model.
Claims (4)
1. a kind of green wall irrigation system, it is adaptable to connect a water source, and comprising：One basin device unit, the basin device unit includes
Adjacent several basin devices and a tested basin device, and one be used to for the water extraction at the water source to supply the basin device and the tested basin device
Feed pipe, it is characterised in that the green wall irrigation system also include a floating valve, the floating valve be arranged at the tested basin device and
The feed pipe is connected, the floating valve is used to detect the water level of the tested basin device, and can be less than one in the water level of the tested basin device
During normal water level, control the feed pipe to supply water to the basin device and the tested basin device, and be equal in the water level of the tested basin device
Or during higher than the normal water level, control the feed pipe to stop supplying water.
2. green wall irrigation system as claimed in claim 1, it is characterised in that：The feed pipe includes a water inlet, the buoyancy
Valve include one be located at the tested basin device in and can oscilaltion floating block, one be located at the floating block lower section and can be driven and
The operating bar that moves up and down, one be linkedly incorporated into the valve body of the operating bar bottom, one be located at floating block lower section and be used for
The elasticity that the operating bar is pushed downwards is pushed into part, first magnetic part for being installed on the floating block bottom, and an installation
In on the operating bar and can be by the second magnetic part of the magnetic gravitational attraction of first magnetic part, when the water level etc. of the tested basin device
When the normal water level, the operating bar pushes part and pushes downwards by the elasticity, and the valve body shelters from being somebody's turn to do for the feed pipe
Water inlet, when the water level of the tested basin device is less than the normal water level, the floating block declines, first magnetic part and second magnetic
The magnetic attraction of part attracts the operating bar to drive upwards, and the valve body is up moved and no longer blocks the water inlet.
3. green wall irrigation system as claimed in claim 1, it is characterised in that：The green wall irrigation system should also comprising a connection
Feed pipe, and for providing the fertilizer applicator of fertilizer.
4. green wall irrigation system as claimed in claim 1, it is characterised in that：Each basin device of the basin device unit includes one
Bottom wall, and one from the bottom wall the upward and facing forward leg tiltedly stretched, the leg defines an accommodation space jointly with the bottom wall,
The accommodation space of the basin device is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621211951.4U CN206182004U (en) | 2016-11-10 | 2016-11-10 | Green wall irrigation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621211951.4U CN206182004U (en) | 2016-11-10 | 2016-11-10 | Green wall irrigation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206182004U true CN206182004U (en) | 2017-05-24 |
Family
ID=58735286
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621211951.4U Active CN206182004U (en) | 2016-11-10 | 2016-11-10 | Green wall irrigation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206182004U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113455224A (en) * | 2021-06-29 | 2021-10-01 | 西安建筑科技大学 | Green wall based on cotton bundle water guide and water supply method |
-
2016
- 2016-11-10 CN CN201621211951.4U patent/CN206182004U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113455224A (en) * | 2021-06-29 | 2021-10-01 | 西安建筑科技大学 | Green wall based on cotton bundle water guide and water supply method |
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