KR20100076379A

KR20100076379A - Agricultural medicines tank

Info

Publication number: KR20100076379A
Application number: KR1020080134399A
Authority: KR
Inventors: 김국태
Original assignee: 김국태
Priority date: 2008-12-26
Filing date: 2008-12-26
Publication date: 2010-07-06

Abstract

PURPOSE: A pesticide tank for preventive work is provided to maintain the concentration level of pesticide which is stored in the pesticide tank in a regular level. CONSTITUTION: A pesticide tank for preventive work includes: a pesticide tank(10) having a feed hopper, a stirrer, an absorbing unit, and an over heat outlet; a collection hole in which a separable suction part(20) is formed; a fixing protrusion which is formed in the upper columnar direction of the collection hole; an outlet for exhausting the pesticide residue which is formed in the lower part of the pesticide tank; and a filter(30) which is fixed and coupled to the stirrer. The pesticide tank is composed of a stirrer; an absorbing unit, an overheat unit, and a feed hopper.

Description

Pesticide Tank for Control {Agricultural medicines tank}

The present invention relates to a pesticide tank for the purpose of control, while various types of control tanks for spraying pesticides are being used to smoothly agitate the pesticides in the tank to help smooth discharge of the pesticides through the sprayer The present invention relates to a pesticide control tank for minimizing residual pesticides.

Referring to the existing data on pesticide tanks, various types of pesticide tanks are diluted with a certain ratio of pesticides and water, and the pesticides passed through the suction filter inside the pesticide tank by external power are connected to the outside through a hose (suction pipe). It is then discharged into the plant and finally sprayed through the sprayer.

In this process, the pesticide diluted in the pesticide tank is diluted once due to the nature of the control operation and then used for a long time. After a certain time, the pesticide powder sinks to the bottom of the pesticide tank, and the concentration of the pesticide is different when the upper and lower layers are compared. As a result, as the time goes by, pesticides having low concentrations may cause disaster prevention work, which may cause unexpected diseases in crops, etc.

There is a problem that the work efficiency is inferior due to the case that the suction filter is blocked by the pesticide powder does not function again or the outlet of the sprayer is blocked.

Therefore, in order to maintain constant concentrations of water and pesticide powder, a method of frequently stirring the pesticide tank from the outside during the control process or causing forced circulation of the pesticide inside the pesticide tank is carried out.

In this forced circulation method, a certain amount of pesticide discharged to the outside through the suction hose is used to flow back without being excreted to the outside by the sprayer. The nozzle is installed at the end of the stirring hose while receiving the pesticide backflowed through the stirring hose inside. and,

The nozzle is fixed to the bottom of the pesticide tank by using a fixing means or by hanging a heavy weight so that the pesticide flowing back from the bottom of the pesticide tank can be strongly discharged so that the pesticide powder is not wrapped on the bottom of the pesticide tank The method is used.

However, the above method has a problem in that the total amount of the pesticide tank evenly dilutes the entire bottom surface of the pesticide tank with only the force discharged through the nozzle, since the size of the pesticide tank is considerably large enough for a person to move.

The present invention has been made to solve the above problems of the prior art, an object of the present invention is to provide a pesticide tank that can always maintain a constant concentration of pesticide stored in the pesticide tank.

In addition, the contents of the powdered pesticide-diluted pesticide tank circulate through the hose, and in the process of moving through the absorbing hose, the stirring hose, and the nozzle, fine powder aggregates to prevent the hose from being blocked. It is an object of the present invention to provide a pesticide control tank for providing further prevention means.

Pesticide control tank of the present invention for solving the above problems is further provided with a filter which is a separate fastening means in the stirring inlet from the outside,

A water collecting hole formed at the bottom of the pesticide tank is formed with a suction filter fixing protrusion for fixing the suction filter, and an impeller and a propeller that provide rotational force are integrally installed at the upper end of the suction filter.

The impeller is formed so as to be adjacent to the spray nozzle discharged back through the stirring port, and to rotate the impeller by the high-pressure pesticide discharged from the spray nozzle to rotate the impeller propeller By operating in the normal time characterized in that the vortex continuously generated for the residual amount of pesticide stored in the pesticide tank.

Disaster prevention medicine tank according to the present invention is to enable the disaster prevention activities with a minimum of manpower in various disaster prevention activities, and during the disaster prevention work pesticide powder is continuously generated by the vortex phenomenon of the pesticide diluted with water in the pesticide tank It prevents the generation of sediment of pesticide powder by agitating, thereby increasing the control effect by maintaining a constant concentration of pesticide tank remaining at all times.

In addition, the filter installed in the absorption port is easy to remove and filter out the lump of pesticide powder that may inevitably occur in the process of circulating pesticides to facilitate the removal of foreign substances in the hose during or after work, so the hose or It is effective in reducing the clogging phenomenon of the spray nozzle.

Hereinafter, with reference to the accompanying drawings an embodiment of the pesticide control tank according to the present invention will be described in detail.

Figure 1 is a perspective view of the pesticide control tank according to the present invention, Figure 2 is a detailed view showing the process of the fastening means constituting the pesticide control tank according to the present invention, Figure 3 is a configuration of the suction part according to the present invention 4 is a cross-sectional view showing the configuration of the suction unit according to the present invention, and FIG. 5 is a view of the suction filter constituting the suction unit according to the present invention, and (A) shows a configuration in which no fastening groove is formed. Figure (2) is a view showing the suction filter, (B) is a view showing a state in which the suction filter is configured through the fixing projections after the suction filter is coupled to the collecting groove is configured.

Figure 6 is a perspective view showing the coupling state of the filter, Figure 7 is an exploded cross-sectional view of the filter.

The outside of the pesticide tank 10 for the control according to the present invention comprises a stirring port 13, the suction port 12, the over-heater port 11, the inlet port 15, the inside of the pesticide tank 10, the water collecting port (9) and a discharge port (6) through which residual pesticide is discharged, and a fixing protrusion (8) or a protruding surface (8 '),

The catching port 9 is equipped with a suction unit 20 for sucking pesticide.

The suction part 20 fastened to the water collecting port 9 includes a suction pipe 25 and a suction filter 21, and the suction pipe 25 has a suction filter 21, a spray pipe body 28, and a rotating body 27. ) Are constructed sequentially from below.

The suction filter 21 constitutes a fastening groove 22 corresponding to the fixing protrusion 8 of the water collecting port 9, or forms a protruding surface 8 ′ on the inner side without forming the fixing protrusion 8. With respect to the shape of the water collecting port 9, a shape in which the suction filter 21 can be fastened by the fitting without the fastening groove 22 can be selectively used.

One side of the injection pipe body 28 is formed with injection nozzles 26, the other side of the stirring pipe fastening portion (14).

The impeller 23 is comprised below the said rotor 27, and the propeller 24 is comprised integrally in the circumferential direction.

The suction pipe fastening portion 15 is formed above the suction pipe 25.

In further mounting the filter (30) to the stirring port (13);

The filter 30 has a filtering net 30 is mounted therein, one side further comprises a separation cap 37 to facilitate the disassembly and coupling of the connecting portion 35 and the filtering net 30 of the outer hose 31, As constitutes a fastening portion 35 is fastened to the stirring port (13).

Looking at the process of using the pesticide control tank according to the present invention configured as described above are as follows.

First, the pesticide and water supplied through the inlet (3) is in the first mixed state inside the pesticide tank 10, and is first absorbed by the suction filter 21 formed in the suction unit 20 by using external power In the process of discharging to the outside through the suction pipe 25, some of the mixed pesticides are discharged to the outside through the sprayer, and some are discharged back to the inside through the overheater pipe 11 and at the same time, a considerable amount of the pesticide is stirred. It collect | recovers through the filter 30 provided in (13), and is blown in through the internal injection nozzle 26 by strong pressure.

The pesticide discharged into the interior by the spraying glove 26 is ejected with a strong pressure to the impeller 23 fixed below the rotating body 27 to power the impeller 23 during the disaster prevention work time, The rotation of the impeller 23 generated by the process is transmitted to the propeller 24 fixed to the rotor 27 to provide a rotational force.

In this process, the propeller 24 rotates the pesticide in real time inside the pesticide tank 10 to cause vortexing, and the water and powdered pesticide are always discharged to the outside in a constant ratio diluted to a uniform concentration. do.

Looking at the structure in which the suction filter 20 to absorb the pesticide in the process is inserted into the water collecting port 9 formed in the bottom (7) of the pesticide tank and fastened;

The suction filter 21 is inserted into the water collecting port 9 through the coupling groove 22 of the suction filter 21 formed at the same position as the fixing protrusion 8 formed in the water collecting port 9, and the suction filter 21 is After being inserted into the water collecting port 9, the suction filter 21 is fixed by rotating the suction filter 21 at a predetermined angle so that the suction filter 21 is not separated outward by the fixing protrusion 8.

Alternatively, in another embodiment, in the catchment port 9 having the protruding surface 8 ′ instead of the fixing protrusion 8, the method of fixing the suction filter 21 to the catch port 9 in an interference fit manner is optional. Can also be used as

The filter 30 installed in the stirring port 13 is to be used continuously after removing and removing this material in a configuration that can easily remove the inner filter net 33 after opening and closing the separation cap 37 after use. .

1 is a perspective view of a pesticide control tank according to the present invention.

Figure 2 is a detailed view showing the process of fastening fishery constituting the pesticide tank for control according to the present invention.

Figure 3 is an enlarged perspective view showing the configuration of the suction unit according to the present invention.

Figure 4 is a cross-sectional view showing the configuration of the suction unit according to the present invention.

5 is a view of the suction filter constituting the suction according to the present invention, (A) is a view showing a suction filter of the form that does not constitute a fastening groove, (B) is a suction filter having a fastening groove is fixed to the catchment port. Figure showing the combined state through the projections.

Figure 6 is a perspective view showing a coupled state of the filter according to the present invention.

Figure 7 is an exploded cross-sectional view of the filter according to the present invention.

10: pesticide tank 21: suction filter

23 impeller 24 floppler

27: rotating body 30: filter

33: filter network 35: separation cap

Claims

An inlet (3), agitator (13), absorber (12), overheater (11) is formed on the outside of the pesticide tank (10), and inside and out of the catch (9) and the catch (9). A possible suction part 20 is formed,

The fixing protrusion 8 is formed in the upper circumferential direction of the water collecting port 9, and the pesticide remaining amount discharge groove 6 is formed in the lower portion thereof.

Pesticide tank for the control, characterized in that the filter 30 is fastened to the stirring port (13)

The method of claim 1,

The suction unit 20 is a pesticide tank for controlling the plant, characterized in that to sequentially form the injection pipe body 28 having the suction filter 22 and the injection nozzle 26, and the rotor 27 in the upward direction from below

The method of claim 1,

The filter 30 is a pesticide tank for the control, characterized in that the filter net 30 is mounted inside, to form a separation cap 37 to facilitate the decomposition of the filter net (30).

3. The method of claim 2,

The suction filter 22 is a pesticide tank for controlling, characterized in that for forming a fastening groove 22 corresponding to the fixing projection (8) formed in the circumferential direction of the water collecting port (9).

The method of claim 1,

Control pesticide tank, characterized in that to form a protruding surface (8 ') for fixing the suction filter 22 in the form of interference fit on the inner surface of the water collecting port (9).

3. The method of claim 2,

The rotating body 27 constitutes an impeller 23 below and a propeller 24 in a circumferential direction.