CN204560474U - Sand ground sprayer and sand ground water injection system - Google Patents
Sand ground sprayer and sand ground water injection system Download PDFInfo
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- CN204560474U CN204560474U CN201520212408.5U CN201520212408U CN204560474U CN 204560474 U CN204560474 U CN 204560474U CN 201520212408 U CN201520212408 U CN 201520212408U CN 204560474 U CN204560474 U CN 204560474U
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Abstract
The utility model discloses a kind of sand ground sprayer and sand ground water injection system.This sand ground sprayer comprises: water-storing device, for storing irrigation water; Sprinkler pipe, is arranged on vehicle body side, and one end of this sprinkler pipe and described vehicle body side hinged, this sprinkler pipe is communicated with described water-storing device, for the irrigation water stored in described water-storing device is sprayed onto sand ground; Drive unit, is connected with described sprinkler pipe, for driving described sprinkler pipe to horizontally rotate around its one end, to launch or to regain described sprinkler pipe; And crawler type power set, travel on described sand ground for driving described water-storing device and described sprinkler pipe.The sinkage of sand ground sprayer of the present utility model when sand ground travels is less, thus steadily, safely can travel at soft sand ground, therefore, it is possible to realize the irrigation to soft sand ground.Further, this sand ground sprayer spray field is large, and water spray efficiency is high.
Description
Technical field
The utility model relates to irrigation in sands field, particularly, relates to a kind of sand ground sprayer and sand ground water injection system.
Background technology
In recent years, along with a large amount of reductions of land area, plantation land used is more and more shortage, and people start to pay close attention to the sand ground still underused, and expect large-area Sand Development to be used.Plant at sand ground, the problem that current soil is in short supply can be solved, in the process of plantation, the effective way of Desert Control can also be explored.And, there are some crops to be inherently adapted at the less sand ground plantation of moisture.
But when utilizing the watering pipe network laid at sand ground to irrigate sand ground, watering pipe network is easy to be blocked by sand.Further, because sand ground accident of terrain is smooth, height big rise and fall, and landform easily changes, and therefore, is difficult to directly on sand ground, lay sprinkler pipe net irrigate.In addition, on sand ground, directly lay sprinkler pipe net this sprinkler pipe network capacity also can be made easily to be corroded by wind, occur to be emptied below pipeline or pipeline by buried situation.If carry out Mobile irrigation with conventional sprinkling truck, because sandy soil are soft, wheel may be absorbed in sandy soil, and sprinkling truck can not normally be travelled.Therefore, at soft sand ground, can not as on common soil normal irrigation.Further, when spraying water with existing sprayer, spray field is less, and water spray efficiency is lower.
Utility model content
The purpose of this utility model be to provide a kind of can carry out irrigating on soft sand ground sand ground sprayer and sand ground water injection system.
To achieve these goals, the utility model provides a kind of sand ground sprayer, and this sand ground sprayer comprises: water-storing device, for storing irrigation water; Sprinkler pipe, is arranged on vehicle body side, and one end of this sprinkler pipe and described vehicle body side hinged, this sprinkler pipe is communicated with described water-storing device, for the irrigation water stored in described water-storing device is sprayed onto sand ground; Drive unit, is connected with described sprinkler pipe, for driving described sprinkler pipe to horizontally rotate around its one end, to launch or to regain described sprinkler pipe; And crawler type power set, travel on described sand ground for driving described water-storing device and described sprinkler pipe.
Preferably, described drive unit comprises: the first slide rail, is arranged on described vehicle body side; First slide block, is arranged in described first slide rail, and can slide along described first slide rail; First connecting rod, is connected by this first connecting rod between described sprinkler pipe with described first slide block; First piston cylinder, be arranged on described vehicle body side, described first piston cylinder comprises first piston bar, this first piston bar is connected with described first slide block, when described first piston cylinder is unlocked, described first piston bar stretches, and the first slide block described in the telescopic drive of described first piston bar slides along described first slide rail, horizontally rotates around described end to drive described sprinkler pipe.
Preferably, sand ground sprayer also comprises: limiting plate, is arranged on described vehicle body side, for limiting the expanded position of described sprinkler pipe.
Preferably, described sprinkler pipe is provided with telescopic legs.
Preferably, described telescopic legs comprises: the second slide rail, is arranged on the below of described sprinkler pipe; Second slide block, is arranged in described second slide rail, and can slide along described second slide rail; Support bar, is arranged on the below of described sprinkler pipe, and one end of this support bar and described sprinkler pipe hinged; Second connecting rod, is connected by this second connecting rod between described support bar with described second slide block; Second piston cylinder, be arranged on the below of described sprinkler pipe, described second piston cylinder comprises the second piston rod, this second piston rod is connected with described second slide block, when described second piston cylinder is unlocked, described second piston rod stretches, and the second slide block described in the telescopic drive of described second piston rod slides along described second slide rail, rotates around end described in it to drive described support bar; And first runner, be arranged on the other end of described support bar.
Preferably, described telescopic legs comprises: the 3rd piston cylinder, be arranged on the below of described sprinkler pipe, be fixedly connected with described sprinkler pipe, 3rd piston cylinder comprises the 3rd piston rod, when described 3rd piston cylinder is unlocked, described 3rd piston rod stretches along the direction perpendicular to the bearing of trend of described sprinkler pipe; And second runner, be connected with described 3rd piston rod.
The utility model also provides a kind of sand ground water injection system, and this sand ground water injection system comprises: the described sand ground sprayer provided according to the utility model, and wherein, described water-storing device has the first water inlet and the first delivery port; And water supply installation, be communicated with described first water inlet of described water-storing device, for by described first water inlet being the water supply of described water-storing device.
Preferably, described water supply installation comprises: for the water tank of retaining; And flow pump, there is the second water inlet be communicated with described water tank and the second delivery port be communicated with described first water inlet of described water-storing device, for supplying water from described water tank to described water-storing device.
Preferably, this sand ground water injection system also comprises: level sensor, is arranged in described water-storing device, for detecting the water level of the irrigation water stored in described water-storing device; And first controller, for carrying out flow-control according to detected water level to described flow pump.
Preferably, this sand ground water injection system also comprises: Sandyland Soil Moisture sensor, for detecting the moisture of described sand ground; And second controller, be connected with described Sandyland Soil Moisture sensor, for controlling gait of march and/or the watering amount of described sand ground sprayer according to detected moisture.
By technique scheme, sand ground sprayer of the present utility model comprises crawler type power set, thus sand ground sprayer can be travelled by crawler belt kiss the earth.Because the contact area rate wheel of crawler belt is large, therefore, the sinkage of sand ground sprayer of the present utility model when sand ground travels is less, thus steadily, safely can travel at soft sand ground, therefore, it is possible to realize the irrigation to soft sand ground.Meanwhile, this sand ground sprayer, when carrying out watering operation, can control sprinkler pipe by drive unit and horizontally rotate around its one end, and this sand ground sprayer spray field is increased, and water spray efficiency improves.
Other feature and advantage of the present utility model are described in detail in embodiment part subsequently.
Accompanying drawing explanation
Accompanying drawing is used to provide further understanding of the present utility model, and forms a part for specification, is used from explanation the utility model, but does not form restriction of the present utility model with embodiment one below.In the accompanying drawings:
Fig. 1 a-Fig. 1 c is the schematic diagram of the sand ground sprayer that embodiment of the present utility model provides;
Fig. 2 a and Fig. 2 b is the schematic diagram of the telescopic legs that embodiment of the present utility model provides;
Fig. 3 is the schematic diagram of the sand ground water injection system that an embodiment of the present utility model provides;
Fig. 4 is the schematic diagram of the water supply installation that embodiment of the present utility model provides;
Fig. 5 is the schematic diagram of the sand ground water injection system that another embodiment of the present utility model provides; And
Fig. 6 is the schematic diagram of the sand ground water injection system that another embodiment of the present utility model provides.
Description of reference numerals
10 water-storing device 101 first water inlet 20 sprinkler pipes
201 nozzle 301 first slide rail 302 first slide blocks
303 first connecting rod 304 first piston cylinder 305 first piston pipes
306 limiting plate 307 telescopic legs 3,071 second slide rails
3072 second slide block 3073 support bar 3074 second connecting rods
3075 second piston cylinder 3,076 second piston rod 3,077 first runners
3078 the 3rd piston cylinder 3079 the 3rd piston rod 3,070 second runners
40 crawler type power set 401 crawler belt 50 water supply installations
501 water tank 502 flow pump 5,021 second water inlets
5022 second delivery port 60 level sensor 70 first controllers
80 Sandyland Soil Moisture sensor 90 second controllers
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail.Should be understood that, embodiment described herein, only for instruction and explanation of the utility model, is not limited to the utility model.
Fig. 1 a-Fig. 1 c is the schematic diagram of the sand ground sprayer that embodiment of the present utility model provides.Wherein, Fig. 1 a is the end view of this sand ground sprayer.As shown in Figure 1a, this sand ground sprayer can comprise water-storing device 10, sprinkler pipe 20, drive unit (not shown) and crawler type power set 40.Wherein, water-storing device 10 may be used for storing irrigation water.Sprinkler pipe 20 can be arranged on vehicle body side, and one end of this sprinkler pipe 20 and vehicle body side hinged, this sprinkler pipe 20 is communicated with water-storing device 10, for by water-storing device 10 store irrigation water be sprayed onto sand ground.Drive unit can be connected with sprinkler pipe 20, for driving sprinkler pipe 20 to horizontally rotate around its one end, to launch or to regain sprinkler pipe 20.Crawler type power set 40 may be used for driving water-storing device 10 and sprinkler pipe 20 to travel on sand ground.
In the sand ground sprayer shown in Fig. 1 a, sprinkler pipe 20 is placed in the stowed position of vehicle body side.When not carrying out watering operation, or only to when area among a small circle around sand ground sprayer is sprayed water, sprinkler pipe 20 can be placed in this position.
Fig. 1 b is the vertical view of the sprinkler pipe 20 of this sand ground sprayer when launching.As shown in Figure 1 b, by drive unit, sprinkler pipe 20 can be opened along dotted arrow method, namely, sprinkler pipe 20 be horizontally rotated to launch around its one end.Like this, when carrying out spray irrigation with this sand ground sprayer, the scope of water spray increases.The embodiment of drive unit is described in more detail below.
Under preferable case, sprinkler pipe 20 can also be provided with nozzle 201 (shown in Fig. 1 b).Irrigation water in sprinkler pipe 20 can be sprayed onto on sand ground by this nozzle 201.
Below describe an embodiment of drive unit in detail.As illustrated in figure 1 c, drive unit can comprise the first slide rail 301, first slide block 302, first connecting rod 303 and first piston cylinder 304.Wherein, the first slide rail 301 can be arranged on vehicle body side, and the first slide block 302 can be arranged in the first slide rail 301, and can slide along the first slide rail 301.Can be connected by first connecting rod 303 between sprinkler pipe 20 with the first slide block 302.First piston cylinder 304 can be arranged on vehicle body side, first piston cylinder 304 can comprise first piston bar 305, this first piston bar 305 can be connected with the first slide block 302, when first piston cylinder 304 is unlocked, first piston bar 305 stretches, telescopic drive first slide block 302 of first piston bar 305 slides along the first slide rail 301, horizontally rotates around described end to drive sprinkler pipe 20.When sprinkler pipe 20 launches to carry out watering operation, the spray field of this sand ground sprayer increases, and water spray efficiency improves.
Wherein, the key switch of accessory drive can be arranged on the control panel in driver's cabin, and driver can control expansion and the withdrawal of sprinkler pipe 20 at driver's cabin by button operation.
Only be described for the drive unit of vehicle body side in Fig. 1 c, vehicle body opposite side can configure the drive unit identical with this side.
In order to be fixed by the expanded position of sprinkler pipe 20, under preferable case, this sand ground sprayer can also comprise limiting plate 306.This limiting plate 306 can be arranged on vehicle body side, for limiting the expanded position of sprinkler pipe 20.Such as, when sprinkler pipe 20 is deployed into the expanded position vertical with vehicle body side, limiting plate 306 can just in time be resisted against on limiting plate 306, makes described sprinkler pipe 20 no longer be rotated further and be fixed on this expanded position.
In addition, in order to enable sprinkler pipe 20 its structure when being in expanded position more stable, sprinkler pipe 20 can be provided with telescopic legs.Like this, this telescopic legs can play certain supporting role when sprinkler pipe 20 is in expanded position to sprinkler pipe 20.
Below describe the embodiment of telescopic legs in detail.Fig. 2 a and Fig. 2 b is the schematic diagram of the telescopic legs that embodiment of the present utility model provides.
In the embodiment shown in Fig. 2 a, telescopic legs 307 can comprise the second slide rail 3071, second slide block 3072, support bar 3073, second connecting rod 3074, second piston cylinder 3075 and the first runner 3077.Second slide rail 3071 can be arranged on the below of sprinkler pipe 20.Second slide block 3072 is arranged in the second slide rail 3071, and can slide along the second slide rail 3071.Support bar 3073 is arranged on the below of sprinkler pipe 20, and one end of support bar 3073 and sprinkler pipe 20 hinged.Can be connected by second connecting rod 3074 between support bar 3073 with the second slide block 3072.Second piston cylinder 3075 can be arranged on the below of sprinkler pipe 20.Second piston cylinder 3075 comprises the second piston rod (3076), and this second piston rod (3076) is connected with the second slide block 3072.When the second piston cylinder 3075 is unlocked due to air pressure or hydraulic action, the second piston rod 3076 stretches, and telescopic drive second slide block 3072 of this second piston rod 3076 slides along the second slide rail 3071, drives support bar 3073 to rotate around end described in it.First runner 3077 can be arranged on the other end of support bar 3073, to reduce the frictional resistance on support bar 3073 and ground in sand ground sprayer running.And can be set to: when the second slide block 3072 slides into the end of one end of the second slide rail 3071, support bar 3075 is just vertical direction (perpendicular to sprinkler pipe 20).
In the embodiment shown in Fig. 2 b, telescopic legs 307 can comprise the 3rd piston cylinder 3078 and the second runner 3070.3rd piston cylinder 3078 can be arranged on the below of sprinkler pipe 20, be fixedly connected with sprinkler pipe 20,3rd piston cylinder 3078 comprises the 3rd piston rod 3079, when the 3rd piston cylinder 3078 is unlocked due to the effect of air pressure or hydraulic pressure, the 3rd piston rod 3079 can stretch along the direction of the bearing of trend perpendicular to sprinkler pipe 20.Second runner 3070 can be connected with the 3rd piston rod 3079.When the 3rd piston rod 3079 is elongated to and makes the second runner 3070 kiss the earth, the 3rd piston rod 3079 just can play the effect supporting sprinkler pipe 20.With the first runner 3077 similarly, the second runner 3070 can play the effect of reduction the 3rd piston rod 3079 and the frictional resistance on ground in sand ground sprayer running.
The key switch controlling telescopic legs 307 also can be arranged on the control panel in driver's cabin, and driver can control telescopic legs 307 at driver's cabin by button operation.Namely, driver can control the expansion (or folding) of sprinkler pipe 20 and telescopic legs 307 respectively with two key switches.
In addition, in the embodiment shown in Fig. 1 a, sand ground sprayer can comprise two crawler belts 401, the wheel of each coated side of crawler belt 401.Under preferable case, crawler belt 401 can be kiss-coating crawler belt.Like this, when sand ground sprayer needs to travel on highway, kiss-coating crawler belt can slow down the impact of metal track road pavement greatly, avoids the damage to highway, can reduce vibrations when sand ground sprayer travels and noise simultaneously.Further, the ground plane of crawler belt 401 can also be provided with decorative pattern or grouser.Like this, just can increase the adhesion property of sand ground sprayer, increase earth-grasping force, reduce and skid.
By technique scheme, sand ground sprayer of the present utility model comprises crawler type power set, thus sand ground sprayer can be travelled by crawler belt kiss the earth.Because the contact area rate wheel of crawler belt is large, therefore, the sinkage of sand ground sprayer of the present utility model when sand ground travels is less, thus steadily, safely can travel at soft sand ground, therefore, it is possible to realize the irrigation to soft sand ground.Meanwhile, this sand ground sprayer, when carrying out watering operation, can control sprinkler pipe by drive unit and horizontally rotate around its one end, and this sand ground sprayer spray field is increased, and water spray efficiency improves.
The utility model also provides a kind of sand ground water injection system.Fig. 3 is the schematic diagram of the sand ground water injection system that an embodiment of the present utility model provides.As shown in Figure 3, this sand ground water injection system can comprise the described sand ground sprayer and water supply installation 50 that provide according to the utility model.Wherein, water-storing device 10 can have the first water inlet 101 and the first delivery port (not shown).Water supply installation 50 can be communicated with the first water inlet 101 of water-storing device 10, for being supplied water for water-storing device 10 by the first water inlet 101.
Particularly, Fig. 4 is the schematic diagram of the water supply installation 50 that an embodiment of the present utility model provides.As shown in Figure 4, water supply installation 50 can comprise water tank 501 for retaining and flow pump 502.This flow pump 502 can have the second water inlet 5021 be communicated with water tank 501 and the second delivery port 5022 be communicated with the first water inlet 101 of water-storing device 10, for supplying water from water tank 501 to water-storing device 10.
In order to when water-storing device 10 carries out retaining, reservoir storage is controlled automatically, in preferred embodiment of the present utility model, the start and stop of retaining can be controlled according to the water level in water-storing device 10.Fig. 5 is the schematic diagram of the sand ground water injection system that another embodiment of the present utility model provides.As shown in Figure 5, this sand ground water injection system can also comprise level sensor 60 and the first controller 70.Level sensor 60 can be arranged in water-storing device 10, for detecting the water level of the irrigation water stored in water-storing device 10.First controller 70 may be used for carrying out flow-control according to detected water level to flow pump 502.Such as, when the water level that level sensor 60 detects in water-storing device 10 does not reach predetermined water level, flow pump 502 can be controlled by the first controller 70 start or work on, when the water level that level sensor 60 detects in water-storing device 10 has reached predetermined water level, flow pump 502 can be controlled by the first controller 70 and quit work.In addition, the aperture of flow pump 502 can also be controlled according to the distance between the current level in the water-storing device 10 detected and target water level.Such as, when the distance of current level and target water level is larger, flow pump 502 can be controlled, make its aperture comparatively large, when the distance of current level and target water level is less, flow pump 502 can be controlled, make its aperture less.Like this, flow-control can be carried out realize by flow pump 502 automatic control water-storing device 10 being carried out to retaining.
In order to carry out Rational Irrigation according to Moisture Content in Sandy Land, in preferred embodiment of the present utility model, control irrigation amount can be carried out according to the water content of sand ground.Fig. 6 is the schematic diagram of the sand ground water injection system that another embodiment of the present utility model provides.As shown in Figure 6, this sand ground water injection system can also comprise Sandyland Soil Moisture sensor 80 and second controller 90.Sandyland Soil Moisture sensor 80 may be used for the moisture detecting sand ground.After the water regime understanding sand ground, corresponding irrigation practice just can be taked to carry out Rational Irrigation.Second controller 90 can be connected with Sandyland Soil Moisture sensor 80, for controlling gait of march and/or the watering amount of sand ground sprayer according to detected moisture.Such as, when Sandyland Soil Moisture sensor 80 detects that Sandyland Soil Moisture is lower, crawler type power set 40 can be controlled by second controller 90, the speed of sand ground sprayer is reduced, and/or control sprinkler pipe 20 by second controller 90, the watering amount of sprinkler pipe 20 is increased.When Sandyland Soil Moisture sensor 80 detects Sandyland Soil Moisture higher (but still needing to irrigate), crawler type power set 40 can be controlled by second controller 90, the speed of sand ground sprayer is increased, and/or control sprinkler pipe 20 by second controller 90, the watering amount of sprinkler pipe 20 is reduced.Thus, in this embodiment, by controlling the gait of march of sand ground sprayer and/or watering amount comes automatically and water content current according to sand ground is adaptively irrigated, thus can realize water-saving irrigation, being specially adapted to the sand ground area at water resource relative shortage.
By technique scheme, sand ground sprayer of the present utility model comprises crawler type power set, thus sand ground sprayer can be travelled by crawler belt kiss the earth.Because the contact area rate wheel of crawler belt is large, therefore, the sinkage of sand ground sprayer of the present utility model when sand ground travels is less, thus steadily, safely can travel at soft sand ground.Meanwhile, this sand ground sprayer, when carrying out watering operation, can control sprinkler pipe by drive unit and horizontally rotate around its one end, and this sand ground sprayer spray field is increased, and water spray efficiency improves.Sand ground water injection system of the present utility model can realize the irrigation to soft sand ground, and spray field is large, and water spray efficiency is high.
Below preferred embodiment of the present utility model is described by reference to the accompanying drawings in detail; but; the utility model is not limited to the detail in above-mentioned embodiment; within the scope of technical conceive of the present utility model; can carry out multiple simple variant to the technical solution of the utility model, these simple variant all belong to protection domain of the present utility model.
It should be noted that in addition, each the concrete technical characteristic described in above-mentioned embodiment, in reconcilable situation, can be combined by any suitable mode.In order to avoid unnecessary repetition, the utility model illustrates no longer separately to various possible combination.
In addition, also can be combined between various different embodiment of the present utility model, as long as it is without prejudice to thought of the present utility model, it should be considered as content disclosed in the utility model equally.
Claims (10)
1. a sand ground sprayer, is characterized in that, this sand ground sprayer comprises:
Water-storing device (10), for storing irrigation water;
Sprinkler pipe (20), be arranged on vehicle body side, and one end and the described vehicle body side of this sprinkler pipe (20) are hinged, this sprinkler pipe (20) is communicated with described water-storing device (10), for the irrigation water stored in described water-storing device (10) is sprayed onto sand ground;
Drive unit, is connected with described sprinkler pipe (20), horizontally rotates, to launch or to regain described sprinkler pipe (20) around end described in it for driving described sprinkler pipe (20); And
Crawler type power set (40), travel on described sand ground for driving described water-storing device (10) and described sprinkler pipe (20).
2. sand ground sprayer according to claim 1, is characterized in that, described drive unit comprises:
First slide rail (301), is arranged on described vehicle body side;
First slide block (302), is arranged in described first slide rail (301), and can slide along described first slide rail (301);
First connecting rod (303), is connected by this first connecting rod (303) between described sprinkler pipe (20) with described first slide block (302); And
First piston cylinder (304), be arranged on described vehicle body side, described first piston cylinder (304) comprises first piston bar (305), this first piston bar (305) is connected with described first slide block (302), when described first piston cylinder (304) is unlocked, described first piston bar (305) is stretched, described in the telescopic drive of described first piston bar (305), the first slide block (302) slides along described first slide rail (301), horizontally rotates around described end to drive described sprinkler pipe (20).
3. sand ground sprayer according to claim 1, is characterized in that, this sand ground sprayer also comprises:
Limiting plate (306), is arranged on described vehicle body side, for limiting the expanded position of described sprinkler pipe (20).
4. sand ground sprayer according to claim 1, is characterized in that, described sprinkler pipe (20) is provided with telescopic legs (307).
5. sand ground sprayer according to claim 4, is characterized in that, described telescopic legs (307) comprising:
Second slide rail (3071), is arranged on the below of described sprinkler pipe (20);
Second slide block (3072), is arranged in described second slide rail (3071), and can slide along described second slide rail (3071);
Support bar (3073), is arranged on the below of described sprinkler pipe (20), and one end of this support bar (3073) and described sprinkler pipe (20) hinged;
Second connecting rod (3074), is connected by this second connecting rod (3074) between described support bar (3073) with described second slide block (3072);
Second piston cylinder (3075), be arranged on the below of described sprinkler pipe (20), described second piston cylinder (3075) comprises the second piston rod (3076), this second piston rod (3076) is connected with described second slide block (3072), when described second piston cylinder (3075) is unlocked, described second piston rod (3076) is stretched, described in the telescopic drive of described second piston rod (3076), the second slide block (3072) slides along described second slide rail (3071), rotate around end described in it to drive described support bar (3073), and
First runner (3077), is arranged on the other end of described support bar (3073).
6. sand ground sprayer according to claim 4, is characterized in that, described telescopic legs (307) comprising:
3rd piston cylinder (3078), be arranged on the below of described sprinkler pipe (20), described 3rd piston cylinder (3078) comprises the 3rd piston rod (3079), when described 3rd piston cylinder (3078) is unlocked, described 3rd piston rod (3079) stretches along the direction perpendicular to the bearing of trend of described sprinkler pipe (20); And
Second runner (3070), is connected with described 3rd piston rod (3079).
7. a sand ground water injection system, is characterized in that, this sand ground water injection system comprises:
Sand ground sprayer in claim 1-6 described in arbitrary claim, wherein, described water-storing device (10) has the first water inlet (101) and the first delivery port; And
Water supply installation (50), is communicated with described first water inlet (101) of described water-storing device (10), is that described water-storing device (10) supplies water for passing through described first water inlet (101).
8. sand ground water injection system according to claim 7, is characterized in that, described water supply installation (50) comprising:
For the water tank (501) of retaining; And
Flow pump (502), there is the second water inlet (5021) be communicated with described water tank (501) and the second delivery port (5022) be communicated with described first water inlet (101) of described water-storing device (10), for supplying water from described water tank (501) to described water-storing device (10).
9. sand ground water injection system according to claim 8, is characterized in that, this sand ground water injection system also comprises:
Level sensor (60), is arranged in described water-storing device (10), for detecting the water level of the irrigation water stored in described water-storing device (10); And
First controller (70), for carrying out flow-control according to detected water level to described flow pump (502).
10. the sand ground water injection system according to claim arbitrary in claim 7-9, is characterized in that, this sand ground water injection system also comprises:
Sandyland Soil Moisture sensor (80), for detecting the moisture of described sand ground; And
Second controller (90), is connected with described Sandyland Soil Moisture sensor (80), for controlling gait of march and/or the watering amount of described sand ground sprayer according to detected moisture.
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| CN201520212408.5U CN204560474U (en) | 2015-04-10 | 2015-04-10 | Sand ground sprayer and sand ground water injection system |
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| CN201520212408.5U CN204560474U (en) | 2015-04-10 | 2015-04-10 | Sand ground sprayer and sand ground water injection system |
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| CN108040663A (en) * | 2018-01-17 | 2018-05-18 | 南京林业大学 | A kind of accurate dispenser system and method for trees ' root |
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| CN111387026A (en) * | 2020-04-27 | 2020-07-10 | 嘉兴卉景园林有限公司 | Agricultural is grown seedlings and is cultivated and use watering device |
| CN113439645A (en) * | 2021-05-14 | 2021-09-28 | 崔海珍 | A portable automatic spray equipment for afforestation |
| CN114568267A (en) * | 2022-03-22 | 2022-06-03 | 榆林市林业科学研究所 | Intubation watering device capable of directly connecting root and convenient to adjust |
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