KR20170102687A

KR20170102687A - Root crop pest control device

Info

Publication number: KR20170102687A
Application number: KR1020160025125A
Authority: KR
Inventors: 최병일
Original assignee: (주)토브기술
Priority date: 2016-03-02
Filing date: 2016-03-02
Publication date: 2017-09-12

Abstract

The present invention relates to a piping device, and more particularly, to a piping device for controlling pests and diseases caused by roots of crops during the cultivation of soil, comprising: a chemical tank having a chemical feed port formed at an upper end thereof; A syringe holder for holding a cylinder arm adjustable in height on the body and having a hose through which medicines are transferred; A cushion spring connected to the inner upper end of the cradle for shock absorption; And a scanning nozzle which is freely adjustable in spacing at the lower end of the cushioning spring, characterized in that the insecticide / insecticide is appropriately supplied to soil roots of the crops planted in the plains, So that the growth of the growth apparatus can be improved and the mobility of the piping apparatus can be improved and it can be supplied to the soil of all the crops

Description

{Root crop pest control device}

The present invention relates to a control device for direct injection of soil root roots, and more particularly, to a control device capable of supplying liquid roots, nutrients, sterilization and insecticides to crop roots of soil easily.

Generally, the soil pathogen of field crops is so serious that the crops are severely damaged due to their effects on the roots. However, there is no apparatus that can control only the soil control, especially the root, and still, . For this purpose, a soil disinfector has been installed in spraying (power spray), fumigation (medicine and gas) or tractor or rotary to control pests in soil.

However, this is mainly done as a method of pre-fertilization to reduce damages caused by sequencing or damage to the soil of the soil itself, and after the fertilization and composition according to the characteristics of the crop, Has limitations in the control of soil crops by existing control methods.

In order to accomplish this, in the conventional control method, sterilization and insecticide are put into a water tank to kill pests of ground roots and the water is sprayed on the crops to disinfect the root pathogens to help grow the crops. However, It is known that it destroys the biological balance by eradicating the pollution and toxic substances and eradicating the useful microorganisms, so there is a limit to increase the root control.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in order to solve the conventional problems as described above, and it is an object of the present invention to provide a piping device capable of supplying sterilization and insecticide directly to soil root parts of field crops, The purpose is to utilize.

In order to achieve the above object, the present invention provides an apparatus for controlling pests and diseases of a root crop of soil crops, comprising: A drug tank having a drug inlet formed at an upper end thereof; A syringe holder for holding a cylinder arm capable of adjusting the height of the body and having a medicament delivery hose for delivering the medicament to the inside thereof; A cushion spring connected to the inner upper end of the cradle for shock absorption; And a scanning device capable of adjusting the interval at the lower end of the cushioning spring: a scanning nozzle which is a chemical solution discharge port at the bottom of the end of the scanning device body.

The arm cylinder is connected to one side of the scanning device holder, and is connected to a drug delivery hose for supplying the medicine into the arm cylinder.

According to the controlling apparatus of the present invention, an injection holder is placed near the root of the soil crop

After injecting the injection nozzle into the ground, the liquid is insufficient in the root, nutrients and sterilization,

The present invention relates to a control device for controlling the root pathogen of crops to improve the growth of the crops and to provide the crops with convenient mobility in structure.

More specifically, there is a difference in the shape of the root and the planting type according to the type of the crop, so that the spraying nozzle interval can be freely adjusted according to the shape of the plant for the purpose of controlling the effect, so that it can be directly inserted into the root.

In addition, in order to overcome the efficiency of the control function according to the height of the bed, in the case of the flat bed, a sensor is placed on the syringe device holder so that the motor is horizontally controlled automatically according to the horizontal signal, . In addition, the present invention relates to a field agricultural machine having a structure capable of maximizing the control effect by constructing a plurality of injection apparatuses at a cradle in order to increase the concentration of root control.

1 is a front view of a roots control device for agricultural work according to the present invention.
2 and 4 are perspective views of a roots control device for agricultural work according to the present invention.
3 is a use state diagram of the roots control device for agricultural work according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 and FIG. 2 are views showing a control apparatus according to the present invention.

1 and 2, the controlling apparatus of the present invention comprises a controlling apparatus 1 for supplying an agent to soil roots, the controlling apparatus 1 includes a syringe 24 and a scanning table 19, And an arm (14) and a body (2).

The body 2 is a rectangular frame, and on the upper end thereof, a chemical tank 8 of the medicine inlet 7 is formed on the seat surface. The operation handle 5 and the brake lever 6 are formed by disposing the control box 3 and the adjustment lever 4 on one side of the rear surface of the medicine tank 8 and the medicine tank 8 A medicine pump 10 and a hydraulic pump 12 are provided to communicate with the upper and lower portions of the arm 14 and the scanning holder 19,

A plurality of syringe devices 24 to which the scanning nozzles 26 are attached are formed in the scanning table 19 and the inner rails of the scanning table 19 are fixed in the form of guard rails for adjusting the spacing, (25) minimizes the impact due to the elastic force principle when the soil is placed under the ground pressure. On the other hand, the tilting sensor 21 and the horizontal control motor 20 are provided for the purpose of holding the scanning table 19 in a horizontal position.

The syringe device 24 is connected to the scanning stand 19 and connected to the arm 14. The syringe device 24 is rotated by the arm cylinder 15 by a hydraulic motor 13 mounted on the upper end of the body 2, . The controller 3 is coupled to the rear of the body 2 and is operated by the battery 9 to rotate the medicine motor 10. The inside of the medicine tank 8 to the inlet of the syringe 24 A flow path is formed in the form of a flexible drug delivery hose 17,

At this time, the chemical hose 17 is connected to the front end of the scanning nozzle 25 of the syringe 24, and a circular discharge port communicating with the flow path is formed on the distal end surface of the scanning nozzle 25. In addition, a carbide tip is installed to prevent the end surface of the scan nozzle 25 from being worn. Such a carbide tip protects the scanning nozzle 25 from the rocks present in the soil, thereby preventing breakage or damage of the scanning nozzle 25 in advance.

It is preferable that the syringe device 24 communicating with the scanning cradle 19 is installed in a guard rail type in which the injection intervals of the syringes inserted into the soil are variable for each crop.

Therefore, the medicine stored in the tank is transferred through the medicine tank 8, connected medicine delivery hose 17, medicine pump 10, connected medicine delivery hose 17, 19 to the chemical inflow port 28, the syringe device 24, the flow path, the flow path opening / closing part 31, and the chemical solution discharge port.

On the other hand, the kind of the liquid supplied to the soil as described above may be variously constituted of liquid components such as liquid fertilizer, nutrient, sterilization and insecticide.

The operation of the control apparatus according to the present invention constructed as described above will be described.

First, the medicines to be supplied to the crops are detected through the soil roots, and then the determined medicines are supplied to the soil through the control device (1).

As shown in FIG. 3, the operator grasps the operation handle 5 with both hands, turns on the power supply, and switches to the operation mode.

When the battery 9 is powered and the driving motor 27 is rotated to move the scanning cradle 19 and the syringe 24 connected to each other through the operation of the arm cylinder 15 fixed to the body 2, The control device 1 is easily inserted into the root of the crop in the soil by the scanning nozzle 26 while moving to the directly below the room. At this time, the inserted scanning nozzle 26 is inserted to a depth of about 20 cm at the maximum under the root of the crop.

Thereafter, when the adjustment lever 4 provided on the controller 3 is rotated, the medicine stored in the tank flows through the medicine hose 17, the medicine pump 10, the connection medicine hose 17, the scanning table 19, Is supplied to the soil through the inlet 28 → the syringe device 24 → the flow path → the flow path opening / closing part 31 → the chemical solution outlet.

On the other hand, the medicines supplied under the roots of the crops as described above are sucked and fed to the hairy roots together with nutrients, dissolved oxygen and moisture, which are raised below the roots, and thus the medicines thus supplied are capable of predicting and controlling the root pests of the crops do.

Further, since the controlling device 1 of the present invention is easy to operate and operate, it can be easily and easily controlled even in non-cultivation, facility cultivation, and storage.

1: Control device 2: Body (frame)
3: Control box 4: Control lever
5: Operation handle 6: Brake lever
7: drug inlet 8: drug tank
9: Battery 10: Pharmaceutical pump
11: Solenoid valve 12: Hydraulic pump
13: Hydraulic motor 14: Arm (ARM)
15: female cylinder 16: hydraulic hose
17: Drug delivery hose 18: Night light
19: stands head 20: horizontal control motor
21: tilt sensor 22: chemical pressure gauge
23: Drain V / V 24: Syringe device
25: buffer spring 26: injection nozzle
27: drive motor 28: drug inlet
29: spring fixing portion 30: flow opening / closing spring
31: Euro open / closed

Claims

In the system for controlling nutrients, sterilization and pesticides in soil crop roots and control devices
A medicine tank having a medicine inlet formed at an upper portion of the body,
An injection cradle communicating with the chemical hose on one side of the adjustable arm cylinder; A scanning nozzle connected to an end of the cradle and inserted into the root of the soil and having a discharge port communicating with an internal flow path at a distal end thereof; And a transmission device connected to one side of the scanning stand to insert and drive the control device.

The method according to claim 1,
Wherein the gap between the scanning nozzles connected to the inner upper end of the scanning device holder is variable.

The method according to claim 1,
And a buffering spring for shock absorption is connected to an inner lower end of the scanning device cradle.

The method according to claim 1,
Wherein a cylinder arm is coupled to one side of the scanning device cradle and connected to a hose for supplying the medicine into the cylinder arm.