CN206547315U - Vegetable cultivation irrigation system - Google Patents

Vegetable cultivation irrigation system Download PDF

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Publication number
CN206547315U
CN206547315U CN201720049323.9U CN201720049323U CN206547315U CN 206547315 U CN206547315 U CN 206547315U CN 201720049323 U CN201720049323 U CN 201720049323U CN 206547315 U CN206547315 U CN 206547315U
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China
Prior art keywords
drive
branching pipe
irrigation system
vegetable cultivation
socketed
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CN201720049323.9U
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Chinese (zh)
Inventor
刘超
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Wangjiahuan Agricultural Products Group Co Ltd
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Wangjiahuan Agricultural Products Group Co Ltd
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Abstract

The utility model discloses a kind of vegetable cultivation irrigation system, solve existing irrigation system pouring scope smaller, the problem of water use efficiency is low, its drip irrigation device is, the many branching pipes connected including water main and with the water main, multiple spraying mechanisms being connected with branching pipe rotation are communicated with the branching pipe, the first transmission belt is socketed between the multiple spraying mechanisms for being communicated in the same branching pipe, in addition to for driving the first transmission V belt translation to drive the drive device that the spraying mechanism rotates;The utility model, which has, can pour large range of vegetables flake, and improve the advantage of water use efficiency.

Description

Vegetable cultivation irrigation system
Technical field
The utility model is related to agricultural irrigation technology, relates more specifically to vegetable cultivation irrigation system.
Background technology
It is well known that China is a large agricultural country, but China is the serious country of a water shortage, Er Qiewo again simultaneously When the distribution of water resources of state has, unbalanced space division cloth and water, soil resource combine unbalanced notable feature.In short, i.e., Southern water is more, it is few, northern ground is more, water is few.
In recent years, the national total supply of China was about in 5500 billion cubic meters or so, and irrigation water capacity is about 360,000,000,000 Cubic meter, accounts for 65% or so of national total supply.Wherein agricultural irrigation water be it is main use water rich and influential family, solve China's agricultural Irrigation water shortage problem has to set about in terms of Development of Water-Saving Irrigation.
To improve the validity irrigated, in the market occurs in that rotary irrigation device.Such as data of publication of application is in August, 2016 10 days, application publication number disclose a kind of rotation Irrigation Machine for CN105830864A Chinese invention patent.It includes a sky Heart column, the bottom of hollow column are connected with buried aqueduct, and a hollow cone, open circles are fixed with hollow column A rotating seat is set with outside cone, the inside of rotating seat is a round taper hole, the shape and hollow cone of round taper hole Outer rim circular cone be engaged, rotating seat is sleeved on the outer rim circular cone of hollow cone by the round taper hole;Rotating seat it is upper Portion is fixedly connected with horizontally disposed sprinkler pipe, and the hollow of hollow cone connects hollow column with spreading water pipe, sprinkler pipe Water sprayering hole is provided with body;It is provided with hollow column on motor cabinet, motor cabinet and driving rotating seat is installed around open circles The motor of cone rotation.
In above-mentioned technical proposal, motor driving rotating seat drive sprinkler pipe rotate, by sprinkler pipe do it is long after Realize the irrigation of large area.Even if but sprinkler pipe do it is long, also can only to centered on rotating seat, sprinkler pipe be straight Irrigated in the circumference range in footpath;And what sprinkler pipe was done long also easily causes the unstable of structure.
Utility model content
The purpose of this utility model is to provide a kind of vegetable cultivation irrigation system, with can pour large range of vegetable The advantage of colza growing area.
Above-mentioned purpose of the present utility model technical scheme is that:Vegetable cultivation irrigation system, bag The multiple and branching pipe is communicated with many branching pipes for including water main and being connected with the water main, the branching pipe Rotate and be socketed with the first transmission between the spraying mechanism of connection, the multiple spraying mechanisms for being communicated in the same branching pipe Band, in addition to for driving the first transmission V belt translation to drive the drive device that the spraying mechanism rotates.
By using such scheme, water is transported to vegetables flake by water main at water source, is then conveyed through branching pipe To each small growing area, the first transmission belt occurs to be driven under the driving of drive device and drives spraying mechanism to rotate, to vegetables Growing area is poured;In above process, whole vegetables flake is divided into multiple small growing areas by multiple branching pipes, Small growing area is divided into multiple small ranges, each spraying mechanism correspondence by the multiple spraying mechanisms for being communicated in same branching pipe again In a small range, and the spraying mechanism rotated is sprayed relative to fixed, the advantage big with scope is poured;Multiple spraying machines The collective effect of structure and many branching pipes, realizes the pouring of whole vegetables flake.
Preferably, the inner surface of first transmission belt be provided with main tooth, the spraying mechanism include periphery be provided with The rotating seat from tooth that the main tooth is meshed.
By using such scheme, located at being meshed from tooth with the main tooth of the inner surface located at the first transmission belt for periphery, So as to drive rotating seat rotation while the first transmission belt is driven, and then rotate spraying mechanism.
Preferably, the spraying mechanism also includes being connected to the rotating seat and the spray being fixedly connected with the rotating seat Pipe is spilt, the branching pipe extends the connecting tube to be formed and connect the branching pipe straight up, and the spray line is rotationally connected with institute State connecting tube and be communicated in the connecting tube.
By using such scheme, the water for flowing through branching pipe flows into spray line by connecting tube, so as to realize spraying mechanism While rotation while spray.
Preferably, the end of the connecting tube is socketed with the firm banking being fixedly connected with the connecting tube, the spray Spill pipe and the connect base being fixedly connected with the firm banking is socketed with close to one end of the connecting tube, the spray line is rotated It is connected to the connect base.
By using such scheme, the firm banking being fixedly connected and connect base are to spray line formation support force.
Preferably, the one end of the spray line away from the connecting tube is communicated with the sprinkler head for offering spray orifice.
By using such scheme, the water for flowing through branching pipe flows into spray line by connecting tube, and from the spray orifice of sprinkler head Spray, so as to realize being sprayed in rotation for spraying mechanism.
Preferably, the sprinkler head is set diagonally downward.
By using such scheme, the sprinkler head set diagonally downward enables the water sprayed by spray orifice complete as much as possible Face covering spraying mechanism rotates formed circumference range.
Preferably, the adjacent spraying mechanism for being communicated in the same branching pipe rotates formed circumference phase Cut.
By using such scheme, the overlay region repetition pouring that two neighboring spraying mechanism rotates formed circumference is reduced Probability.
Preferably, the drive device includes being rotationally connected with the retainer of the branching pipe, first transmission belt Be socketed on the retainer, and the retainer periphery be provided be engaged in the main tooth from tooth, the end of the retainer It is fixedly connected with motor.
By using such scheme, the retainer for being fixedly connected on motor occurs to turn under the driving of motor It is dynamic, so as to drive the first transmission belt to be driven, and then drive spraying mechanism to rotate.
Preferably, the retainer including one end be rotationally connected with the branching pipe, the other end be fixedly connected on it is described The first drive being fixedly connected with the power transmission shaft and the second transmission are socketed with the power transmission shaft of motor, the power transmission shaft Wheel, the periphery of first drive and second drive is equipped with described from tooth, and first transmission belt is socketed on institute State the first drive.
By using such scheme, the power transmission shaft for being fixedly connected on motor occurs to turn under the driving of motor It is dynamic, so as to drive the first drive and the second drive to rotate, the first transmission belt of the first drive is socketed on first It is driven under the drive of drive, so as to drive spraying mechanism to rotate.
Preferably, being socketed with the second transmission belt between second drive on the adjacent branching pipe.
By using such scheme, the second drive rotated under the driving of motor drives the two the first to pass Dynamic band is driven, so as to drive the retainer on adjacent branching pipe to rotate, and then drives the sprinkling on adjacent branching pipe Mechanism rotates.
In summary, the utility model has the advantages that:
First, water is transported to vegetables flake by water main at water source, then each small plantation is transported to through branching pipe Transmission occurs under the driving of drive device for area, the first transmission belt and by intermeshing main tooth and from tooth, makes spraying mechanism Rotate, relative to fixed sprinkling irrigation, the spraying mechanism of rotation, which has, pours the big advantage of scope;By multiple spraying mechanisms and The collective effect of many branching pipes, realizes the pouring to whole vegetables flake;
Second, the second drive for being rotated under the driving of motor drives the two the first transmission belts to pass It is dynamic, so as to drive the retainer on adjacent branching pipe to rotate, and then drive the first transmission belt on adjacent branching pipe to occur Transmission, consequently, it is possible to the spraying mechanism of adjacent branching pipe is rotationally connected with also while rotating, so as to realize to whole vegetables The pouring of growing area.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the present embodiment;
Fig. 2 is the close-up schematic view at A in Fig. 1;
Fig. 3 is the close-up schematic view at B in Fig. 1.
In figure, 10, water main;20th, water pump;30th, branching pipe;40th, spray line;50th, the first transmission belt;60th, sprinkler head; 70th, retainer;80th, motor;90th, the second transmission belt;31st, connecting tube;32nd, firm banking;41st, connect base;42nd, rotate Seat;51st, main tooth;61st, spray orifice;71st, power transmission shaft;72nd, the first drive;73rd, the second drive;421st, from tooth.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
A kind of vegetable cultivation irrigation system, refers to Fig. 1, including one end closing, and the delivery port of the other end and water pump 20 connects Water at water source such as in tank or the nutrient input equipped with nutrition medicament are sent to master by logical water main 10, water pump 20 Water pipe 10.The water or nutrient solution being communicated with along the axial direction of water main 10 in many branching pipes 30, water main 10 branch to each Branching pipe 30.
Refer to the connecting tube 31 for extending straight up on Fig. 2, branching pipe 30 and being formed with and being connected with branching pipe 30, connecting tube Firm banking 32 of the periphery of 31 end integrally formed with ring-type.
The end of connecting tube 31 is communicated with spray line 40, and spray line 40 is socketed with and sprayed close to the end of connecting tube 31 Pipe 40 rotates the connect base 41 of connection, and the lower surface of connect base 41 is connected to the upper surface of firm banking 32, and fixed bottom Bolt is threaded between seat 32 and connect base 41.
The rotating seat 42 being fixedly connected with spray line 40 is also socketed with spray line 40, and rotating seat 42 is located at connect base 41 top.Incorporated by reference to Fig. 1 and Fig. 2, first is socketed with the rotating seat 42 for being communicated in the spray line 40 of same branching pipe 30 Main tooth 51 is offered on transmission belt 50, the inner surface of the first transmission belt 50, the periphery of rotating seat 42 is offered engages with main tooth 51 From tooth 421.When the first transmission belt 50 is driven, rotating seat 42 occurs in main tooth 51 and under the engagement of tooth 421 Rotation, so as to drive spray line 40 to rotate.
The sloped-end of spray line 40 is communicated with downwards the sprinkler head 60 for offering multiple spray orifices 61, flows into branching pipe 30 Water or nutrient solution flows through connecting tube 31 successively and spray line 40 flow to sprinkler head 60, and sprayed at spray orifice 61, first The spray line 40 rotated under the drive of transmission belt 50 drives sprinkler head 60 together to rotate, so as to realize what is sprayed in rotation Function.Rotation sprinkling is relative to fixed sprinkling, with the advantage that spraying range is larger.
Fig. 3 is referred to, the two ends of branching pipe 30 are rotatably connected to retainer 70, and retainer 70 includes being plugged on being integrally formed In the power transmission shaft 71 being connected in the rotating base of branching pipe 30 and with rotating base formation rotation(Rotating base does not show in figure Go out), the first drive 72 and the second drive 73 being fixedly connected with power transmission shaft 71, and the first transmission are socketed with power transmission shaft 71 The periphery of the drive 73 of wheel 72 and second is offered from tooth 421.
It is rotationally connected with the power transmission shaft 71 of the retainer 70 of one end of close water main 10 on wherein one branching pipe 30 End is fixedly connected with motor 80.First transmission belt 50 is socketed on the first drive 72, and motor 80 is powered after startup, The drive 72 of power transmission shaft 71 and first, the second drive 73 is driven to rotate, the first transmission belt 50 is in main tooth 51 and from tooth 421 Engagement under be driven, so as to drive rotating seat 42 and spray line 40, sprinkler head 60 to rotate.
It is rotationally connected with the second drive 73 of the retainer 70 of adjacent branching pipe 30 and is socketed with the second transmission belt 90, the Two drives 73 drive the second transmission belt 90 to rotate while rotation, so as to drive adjacent retainer 70 to occur to turn It is dynamic, and then drive the first transmission belt 50 being socketed in outside the first drive 72 of adjacent drive seat 70 to be driven so that rotate The spray line 40 and sprinkler head 60 being connected on adjacent branching pipe 30 are rotated.Pass through said process, a motor 80 Multiple spray lines 40 and sprinkler head 60 on multiple branching pipes 30 can be driven while rotating, so as to enter to vegetables flake Water-filling or the pouring of nutrient solution.
Fig. 1 is please gone back to again, to reduce the multiple sprinkler heads 60 for being communicated in same branching pipe 30 shape during sprinkling Into sprinkling overlay region, the distance of two neighboring spray line 40 should be set to as much as possible to make the two neighboring rotary of sprinkler head 60 Into the tangent size of circumference, i.e., it is optimal apart from size just to make two circumference tangent.
This specific embodiment is only to explain of the present utility model, and it is not to limitation of the present utility model, ability Field technique personnel can make the modification without creative contribution to the present embodiment as needed after this specification is read, but As long as all being protected in right of the present utility model by Patent Law.

Claims (10)

1. vegetable cultivation irrigation system, it is characterized in that:Many connected including water main (10) and with the water main (10) Multiple spraying mechanisms being connected with the branching pipe (30) rotation, connection are communicated with branching pipe (30), the branching pipe (30) The first transmission belt (50) is socketed between multiple spraying mechanisms of the same branching pipe (30), in addition to for driving Dynamic first transmission belt (50) is driven to drive the drive device of the spraying mechanism rotation.
2. vegetable cultivation irrigation system according to claim 1, it is characterized in that:The inner surface of first transmission belt (50) Main tooth (51) is provided with, the spraying mechanism includes periphery and is provided with the rotation from tooth (421) being meshed with the main tooth (51) Seat (42).
3. vegetable cultivation irrigation system according to claim 2, it is characterized in that:The spraying mechanism also includes being connected to institute Rotating seat (42) and the spray line (40) being fixedly connected with the rotating seat (42) are stated, the branching pipe (30) extends straight up The connecting tube (31) of the connection branching pipe (30) is formed, the spray line (40) is rotationally connected with the connecting tube (31) and connected Pass through the connecting tube (31).
4. vegetable cultivation irrigation system according to claim 3, it is characterized in that:The end of the connecting tube (31) is socketed with The firm banking (32) being fixedly connected with the connecting tube (31), the spray line (40) is close to one end of the connecting tube (31) The connect base (41) being fixedly connected with the firm banking (32) is socketed with, the spray line (40) is rotationally connected with the company Connect base (41).
5. vegetable cultivation irrigation system according to claim 4, it is characterized in that:The spray line (40) is away from the connection One end of pipe (31) is communicated with the sprinkler head (60) for offering spray orifice (61).
6. vegetable cultivation irrigation system according to claim 5, it is characterized in that:The sprinkler head (60) is tilted towards dividing into Put.
7. vegetable cultivation irrigation system according to claim 1, it is characterized in that:It is communicated in the same branching pipe (30) The adjacent spraying mechanism to rotate formed circumference tangent.
8. vegetable cultivation irrigation system according to claim 2, it is characterized in that:The drive device includes being rotationally connected with The retainer (70) of the branching pipe (30), first transmission belt (50) is socketed on the retainer (70), and the transmission Seat (70) periphery be provided be engaged in the main tooth (51) from tooth (421), the end of the retainer (70) is fixedly connected with Motor (80).
9. vegetable cultivation irrigation system according to claim 8, it is characterized in that:The retainer (70) rotates including one end It is connected to the power transmission shaft (71) that the branching pipe (30), the other end are fixedly connected on the motor (80), the power transmission shaft (71) the first drive (72) and the second drive (73) being fixedly connected with the power transmission shaft (71), described first are socketed with The periphery of drive (72) and second drive (73) is equipped with described from tooth (421), the first transmission belt (50) set It is connected to first drive (72).
10. vegetable cultivation irrigation system according to claim 9, it is characterized in that:On the adjacent branching pipe (30) Second drive (73) between be socketed with the second transmission belt (90).
CN201720049323.9U 2017-01-13 2017-01-13 Vegetable cultivation irrigation system Active CN206547315U (en)

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Application Number Priority Date Filing Date Title
CN201720049323.9U CN206547315U (en) 2017-01-13 2017-01-13 Vegetable cultivation irrigation system

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Application Number Priority Date Filing Date Title
CN201720049323.9U CN206547315U (en) 2017-01-13 2017-01-13 Vegetable cultivation irrigation system

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111771680A (en) * 2020-07-22 2020-10-16 湖北凯耀宏建设工程有限公司 Energy-saving irrigation device for hydraulic engineering and irrigation method thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111771680A (en) * 2020-07-22 2020-10-16 湖北凯耀宏建设工程有限公司 Energy-saving irrigation device for hydraulic engineering and irrigation method thereof

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