阅读说明：本技术 适用于农业生态的立体种植的农药给药设备 (Pesticide feeding equipment suitable for three-dimensional planting of agricultural ecology ) 是由 王公正 于 2019-09-09 设计创作，主要内容包括：本发明是一种适用于农业生态的立体种植的农药给药设备,包括农药给药主机、喷洒管、主机轨道、左行走装置、右行走装置、光电探头、左大梁、右大梁、农药储备箱、混合搅拌箱和控制台,所述的主机轨道两端分别通过螺丝安安装左行走装置和右行走装置,左行走装置通过轮子卡住左大梁,左大梁两端分别焊接连接立柱,右行走装置通过轮子卡住右大梁,右大梁两端分别焊接连接立柱,农药给药主机表面开通孔安装主机轨道,主机轨道一侧表面焊接连接喷洒管,左行走装置和右行走装置表面分别安装若干个光电探头,左行走装置一端立柱通过螺丝连接农药储备箱和混合搅拌箱,左行走装置一端立柱焊接安装控制台,可以在无人的情况下自动对农作物进行农药喷洒。(The invention relates to pesticide feeding equipment suitable for three-dimensional planting of agricultural ecology, which comprises a pesticide feeding host, a spraying pipe, a host track, a left walking device, a right walking device, photoelectric probes, a left crossbeam, a right crossbeam, a pesticide storage box, a mixing and stirring box and a control console, wherein the left walking device and the right walking device are respectively arranged at two ends of the host track through screws, the left crossbeam is clamped by the left walking device through wheels, stand columns are respectively welded and connected at two ends of the left crossbeam, the right crossbeam is clamped by the right walking device through wheels, stand columns are respectively welded and connected at two ends of the right crossbeam, the host track is arranged on the pesticide feeding host through holes on the surface, the spraying pipe is welded and connected on the surface of one side of the host track, a plurality of photoelectric probes are respectively arranged on the surfaces of the left walking device and the right walking device, one end of the left walking device is connected with the pesticide storage, a control console is welded and installed on an upright column at one end of the left walking device, so that pesticide spraying can be automatically carried out on crops under the unmanned condition.)

1. A pesticide feeding device suitable for three-dimensional planting of agricultural ecology comprises a pesticide feeding host (1), a spray pipe (2), a host track (3), a left walking device (4), a right walking device (5), a photoelectric probe (6), a left girder (7), a right girder (8), a pesticide storage box (9), a mixing stirring box (10) and a control console (11), and is characterized in that the two ends of the host track (3) are respectively provided with the left walking device (4) and the right walking device (5) through screws, the left walking device (4) blocks the left girder (7) through wheels, the two ends of the left girder (7) are respectively welded with upright posts, the right walking device (5) blocks the right girder (8) through wheels, the two ends of the right girder (8) are respectively welded with the upright posts, a through hole is formed in the surface of the pesticide feeding host (1) to install the host track (3), the pesticide spraying device comprises a main machine track (3), a spraying pipe (2) is connected to the surface of one side of the main machine track (3) in a welded mode, a plurality of photoelectric probes (6) are installed on the surfaces of a left walking device (4) and a right walking device (5) respectively, a pesticide storage box (9) and a mixing stirring box (10) are connected to one end of the left walking device (4) through screws, a control console (11) is installed on one end of the left walking device (4) in a welded mode, the pesticide storage box (9) is connected with a pesticide dosing main machine (1) through pipelines, the mixing stirring box (10) is connected with the pesticide dosing main machine (1) through pipelines, the control console (11) is connected with the pesticide dosing main machine (1) through electric wires respectively, the photoelectric probes (6), the left walking device (4), the right walking device (5).

2. The pesticide feeding device suitable for the stereoscopic planting of the agroecology according to the claim 1, characterized in that the pesticide feeding host machine (1) consists of a walking motor (1-1), a gear set (1-2), a pressurizing tank (1-3), a water pump (1-4), a water pump motor (1-5), a safety distributor (1-6), an electromagnetic valve (1-7), a flowmeter (1-8) and host machine track clamping wheels (1-9), wherein a plurality of host machine track clamping wheels (1-9) inside the pesticide feeding host machine (1) are clamped on the surface of the host machine track (3), a plurality of host machine track clamping wheels (1-9) are connected with the gear set (1-2) through bearings, the gear set (1-2) is connected with the walking motor (1-1) through bearings, the pesticide administration host machine (1) is internally provided with a booster tank (1-3), the booster tank (1-3) is respectively connected with a spray pipe (2) and a water pump (1-4) through pipelines, the water pump (1-4) is connected with an electromagnetic valve (1-7) through a pipeline, the electromagnetic valve (1-7) is connected with a flowmeter (1-8) through a pipeline, a water pump motor (1-5) is connected with the water pump (1-4) through a bearing, the water pump motor (1-5) and the electromagnetic valve (1-7), the flow meter (1-8) and the walking motor (1-1) are respectively connected with the safety distributor (1-6) through electric wires, the safety distributor (1-6) is connected with the console (11) through electric wires, and the safety distributor (1-6) is arranged on the inner surface of the pesticide administration host (1) through screws.

3. The pesticide feeding equipment suitable for the stereoscopic planting of the agroecology, which is characterized in that the main machine track (3), the left girder (7) and the right girder (8) are integrally welded.

4. The pesticide application device suitable for the stereoscopic planting of the agroecology, which is characterized in that the pesticide application main machine (1) and the spraying pipe (2) are made of stainless steel.

5. The pesticide delivery device suitable for the stereoscopic planting of the agroecology, as claimed in claim 4, wherein the surface of the spray pipe (2) is welded with a plurality of atomizer nozzles, and the distance between each atomizer nozzle is four to seven centimeters.

Technical Field

The invention relates to a spraying device, in particular to pesticide administration equipment suitable for three-dimensional planting of agricultural ecology.

Background

The novel agricultural production mode has gradually changed to automation, intellectuality and unmanned, and current unmanned pesticide spraying equipment exists simple structure, sprays inhomogeneous problem and can be very big extravagant pesticide, thereby causes crops very easily to receive the invasion and harassment of plant diseases and insect pests and leads to the reduction of crop output.

Disclosure of Invention

Aiming at the problems in the prior art, the invention provides pesticide administration equipment suitable for three-dimensional planting of agricultural ecology, which can automatically spray pesticides on crops under the unmanned condition.

In order to achieve the purpose, the invention is realized by the following technical scheme: a pesticide feeding device suitable for three-dimensional planting of agricultural ecology comprises a pesticide feeding host, a spraying pipe, a host track, a left walking device, a right walking device, photoelectric probes, a left crossbeam, a right crossbeam, a pesticide storage box, a mixing stirring box and a control console, wherein the left walking device and the right walking device are respectively arranged at two ends of the host track through screws, the left crossbeam is clamped by the left walking device through wheels, stand columns are respectively welded and connected at two ends of the left crossbeam, the right crossbeam is clamped by the right walking device through wheels, stand columns are respectively welded and connected at two ends of the right crossbeam, a host track is arranged on the surface of the pesticide feeding host through holes, the spraying pipe is welded and connected on one side surface of the host track, the photoelectric probes are respectively arranged on the surfaces of the left walking device and the right walking device, the stand column at one end of the left walking device is connected with the pesticide storage box and the mixing stirring box through screws, the stand column at one end of, the pesticide storage box is connected with the pesticide feeding host machine through a pipeline, the mixing and stirring box is connected with the pesticide feeding host machine through a pipeline, and the console is respectively connected with the pesticide feeding host machine, the photoelectric probe, the left walking device, the right walking device, the pesticide storage box and the mixing and stirring box through electric wires.

The pesticide administration host consists of a walking motor, a gear set, a pressure boost tank, a water pump motor, a safety distributor, an electromagnetic valve, a flowmeter and a host track clamping wheel, pesticide host computer inside of dosing rail card on the host computer track surface, a plurality of host computer rail card wheel passes through the bearing and connects the gear train, the gear train passes through the bearing and connects the walking motor, pesticide host computer internally mounted pressure boost jar of dosing, pressure boost jar passes through the pipeline and connects spray line and water pump respectively, the water pump passes through the pipe connection solenoid valve, the solenoid valve passes through the pipe connection flowmeter, the water pump motor passes through the bearing and connects the water pump, the water pump motor, the solenoid valve, flowmeter and walking motor pass through electric wire connection insurance distributor respectively, insurance distributor passes through the electric wire connection control cabinet, insurance distributor passes through the screw and installs on pesticide host computer internal surface of dosing.

The main machine track, the left girder and the right girder are integrally welded.

The pesticide administration host and the spraying pipe are made of stainless steel.

And a plurality of atomizing nozzles are welded on the surface of the spray pipe, and the distance between every two atomizing nozzles is four to seven centimeters.

By the scheme, the invention at least has the following advantages: compared with the conventional manual spraying and simple equipment pesticide spraying, the equipment can quickly and uniformly spray the pesticide to the crops, reduce pesticide waste, improve the spraying quality, reduce the possibility that the crops are attacked by plant diseases and insect pests, and ensure stable yield fluctuation.

Drawings

FIG. 1 is a top plan view of a pesticide delivery device suitable for use in the stereoscopic planting of agroecology;

FIG. 2 is a sectional view of a pesticide application main machine of the pesticide application device suitable for three-dimensional planting in agroecology;

in the figure: 1. the pesticide feeding device comprises a pesticide feeding host machine 1-1, a traveling motor 1-2, a gear set 1-3, a pressurizing tank 1-4, a water pump 1-5, a water pump motor 1-6, a safety distributor 1-7, an electromagnetic valve 1-8, a flowmeter 1-9, a host machine track clamping wheel 2, a spray pipe 3, a host machine track 4, a left traveling device 5, a right traveling device 6, a photoelectric probe 7, a left crossbeam 8, a right crossbeam 9, a pesticide storage box 10, a mixing stirring box 11 and a control console.

Detailed Description

The invention is further described below with reference to the accompanying drawings.

As shown in fig. 1 to 2, the pesticide application equipment suitable for the three-dimensional planting of the agroecology comprises a pesticide application host 1, a spray pipe 2, a host track 3, a left walking device 4, a right walking device 5, a photoelectric probe 6, a left crossbeam 7, a right crossbeam 8, a pesticide storage box 9, a mixing and stirring box 10 and a control console 11, wherein the left walking device 4 and the right walking device 5 are respectively installed at two ends of the host track 3 through screws, the left crossbeam 7 is clamped by the left walking device 4 through wheels, the upright posts are respectively welded and connected at two ends of the left crossbeam 7, the right crossbeam 8 is clamped by the right walking device 5 through wheels, the upright posts are respectively welded and connected at two ends of the right crossbeam 8, the host track 3 is installed on a through hole formed in the surface of the pesticide application host 1, the spray pipe 2 is welded and connected on the surface of one side of the host track 3, and a plurality of photoelectric probes 6 are respectively installed on the surfaces, 4 one end stands of left running gear pass through screwed connection pesticide deposit case 9 and mix agitator tank 10, 4 one end stands of left running gear weld installation control cabinet 11, pesticide deposit case 9 is through the pipe connection pesticide host computer 1 of dosing, mix agitator tank 10 and pass through the pipe connection pesticide host computer 1 of dosing, control cabinet 11 passes through the electric wire and connects pesticide host computer 1 of dosing respectively, photoelectric probe 6, left running gear 4, right running gear 5, pesticide deposit case 9 and mix agitator tank 10.

The pesticide administration host 1 consists of a traveling motor 1-1, a gear set 1-2, a booster tank 1-3, a water pump 1-4, a water pump motor 1-5, a safety distributor 1-6, an electromagnetic valve 1-7, a flow meter 1-8 and host track clamping wheels 1-9, wherein a plurality of host track clamping wheels 1-9 inside the pesticide administration host 1 are clamped on the surface of a host track 3, a plurality of host track clamping wheels 1-9 are connected with the gear set 1-2 through bearings, the gear set 1-2 is connected with the traveling motor 1-1 through bearings, the booster tank 1-3 is arranged inside the pesticide administration host 1, the booster tank 1-3 is respectively connected with a spray pipe 2 and a water pump 1-4 through pipelines, and the water pump 1-4 is connected with the electromagnetic valve 1-7 through pipelines, the electromagnetic valves 1-7 are connected with the flow meters 1-8 through pipelines, the water pump motors 1-5 are connected with the water pumps 1-4 through bearings, the water pump motors 1-5, the electromagnetic valves 1-7, the flow meters 1-8 and the walking motors 1-1 are respectively connected with the safety distributor 1-6 through electric wires, the safety distributor 1-6 is connected with the console 11 through electric wires, and the safety distributor 1-6 is installed on the inner surface of the pesticide administration host 1 through screws.

The main machine track 3, the left girder 7 and the right girder 8 are integrally welded.

The pesticide administration host 1 and the spraying pipe 2 are made of stainless steel.

And a plurality of atomizing nozzles are welded on the surface of the spray pipe 2, and the distance between every two atomizing nozzles is four to seven centimeters.

The pesticide that will be applicable to the three-dimensional planting of agroecology during the use equipment installation of dosing, compare with conventional manual work sprays and simple equipment sprays the pesticide, this equipment can be fast even carry out the pesticide to crops and spray, reduce the extravagant improvement of pesticide and spray the quality, reduce the possibility that crops are invaded and attacked by the plant diseases and insect pests, ensure that output is undulant steadily.