KR20210039243A - Supplying apparatus for dilution of agricultural chemical - Google Patents

Abstract

The present invention relates to an apparatus for diluting and supplying an agricultural chemical. The apparatus is disposed in a chemical tank for agricultural chemical dilution and supplies the chemical tank with a raw chemical solution that needs to be diluted with water in the chemical tank or a diluted solution in which chemical powder is diluted with water. The apparatus includes: a dilution tank having a side wall where a transmissive screen is formed and having a dilution space with an open upper portion; a water supply discharge pipe portion disposed in the dilution space and forming a circulatory vortex in the dilution space by discharging, into the dilution space, water supplied through a discharge port and a water supply pipe; and a cutting cleaning assembly causing a raw chemical solution in a vial to be put into the dilution space by cutting and opening the sealed inlet of the vial. The cutting cleaning assembly includes: a spout pipe erected in the dilution space; a cutting opening blade disposed at the upper end of the spout pipe and cutting and opening the inlet of the vial entering the upper end of the spout pipe from above; and a distribution valve unit rinsing and cleaning the vial to remove the remaining raw chemical solution in the vial by selectively interconnecting the spout pipe and a circulatory water supply portion and spouting water discharged through the circulatory water supply portion into the open vial along the spout pipe.

Description

Supplying apparatus for dilution of agricultural chemicals

The present invention relates to an agricultural medicine dilution supply device, and more particularly, is disposed in a medicine tank for diluting pesticides, and preliminarily dilutes the medicine stock solution or medicine powder that requires dilution with water stored in the medicine tank with water. Then, the diluted solution is produced by dispersing and supplying the weak diluted solution into the medicine tank, so that foreign substances are introduced into the medicine tank during the weak dilution process, or the diluted solution that is not uniformly dissolved or mixed is supplied, causing clogging of the spray pump or the spray nozzle. It relates to a dilution supply device for agricultural medicinal materials that prevents the phenomenon of

In general, in farms, various herbal solutions such as pesticides, herbicides, nutrients, etc., are diluted with water stored in a reservoir at a set ratio, and then the diluted medicinal materials are sprayed on crops to prevent pests, weeding, and growth of crops. By supplying nutrients, we are supplying nutrients required for growth and loss of nutrients due to pests and weeds in a timely manner.

In addition, these undiluted medicinal solutions are packaged in a vial or medicine bag in the form of a liquid or granular material, and when spraying the medicinal material, the workers open the vial or medicine bag at the site to inject the medicinal stock solution into the water stored in the medicine tank to dilute it.

However, since the raw medicinal solution is generally harmful to the human body, when a worker inhales the medicinal substance through a respiratory tract or is exposed to the skin, it may be weakened, so special surroundings are required.

In other words, there is a problem that threatens safety, such as when the pesticide component (powder or gas) is blown or leaked to the outside in the process of introducing the medicinal material, drink it through the worker's respiratory system or bury it on the hand, arm, or clothes.

In particular, in fields or orchards, in order to use a drug spraying device and a large-capacity drug tank using a truck or vehicle, the risk increases because the drug is handled in large quantities, and it is urgent to secure the safety of workers, such as causing various diseases. There is a need for improvement.

In addition, the liquid material or grain material must be mixed in the water stored in the medicine tank at a uniform concentration, so that the efficacy of the medicinal material can be expected on the crop.For example, when the concentration of the diluted medicinal material is low, it is difficult to expect the efficacy of the medicinal material on the crop, In addition, if the concentration of the diluted medicinal material is high, it will cause damage to the crop.

In addition, the conventional pesticide spraying device is configured to inhale the drug substance dilution liquid stored in the drug tank through a suction pipe by a high-pressure spraying means such as a sprayer, and then spray it to the crops finely through a high-pressure spray nozzle through the high-pressure injection pipe, and the suction pipe A strainer is disposed in the high-pressure spraying means and the high-pressure spraying nozzle to prevent the medicinal material having a large particle size from being sucked.

Therefore, if the diluted medicine is not finely mixed in the medicine dilution liquid stored in the medicine tank, the strainer disposed in the suction pipe may be clogged, resulting in an overload of the high-pressure spraying means, and high-pressure spraying through some strainers. Clogging of the nozzle is caused by the medicine contained in the medicine dilution liquid moved to the nozzle, thereby inhibiting continuous spraying of the chemical liquid.

In addition, safety accidents such as secondary weakness may be caused by the undiluted medicines buried in the medicine bottle or medicine bag storing the undiluted medicines, and a safe post-treatment of the undiluted medicines buried in the medicine bottle or medicine bag is required.

On the other hand, the inventors of the present invention in the Republic of Korea Patent Registration No. 10-1919323 has a dilution tank with a permeable screen formed on the side wall, and a housing portion having a washing inlet in the upper and lower communication with the dilution space of the dilution tank; A circulation water supply unit configured to discharge water into the dilution space of the dilution tank through a circulation supply pipe installed in the dilution tank to form a vortex in the dilution space; And a distribution-type washing head disposed above the circulation water supply unit and distributing water moving along the circulation supply pipe and discharging upwardly into the medicine bottle or medicine bag entering the dilution space through the washing inlet, and washing the medicine bottle or medicine bag. It has been proposed an agricultural medicinal dilution supply device, characterized in that configured to include.

This agricultural medicine dilution supply device enables the safe injection of the medicine stock solution contained in the medicine bottle and the powder medicine contained in the medicine bag without external diffusion or skin contact, and the input medicine stock solution or powder medicine is uniformly circulated inside the dilution space for primary dilution. Then, it penetrates through the permeable screen and is introduced into the medicine tank, and is diluted with water to form a medicine spray solution, so that it is possible to provide a weak spray solution obtained by diluting the medicine made of fine particles with a uniform concentration.

However, the device has a structure in which the opening of the vial is opened to discharge the medicine stock solution, and the structure in which the inside of the vial is rinsed and washed by rinsing and washing the inside of the vial by spraying water into the vial from which the medicine material is discharged. Since it is configured separately, after performing the cut-off injection process, the vial must be moved to the rinsing cleaning structure to separate rinsing and cleaning.

Accordingly, the apparatus has a limitation in that the operation of the medicine bottle subjected to the cut-off process is moved to the rinsing and cleaning structure, and the structure is complicated, which causes inconvenience and cost increase due to manufacturing.

KR 10-1919323 B1 KR 10-2007-0100600 A KR 20-2008-0002988 U

The object of the present invention, conceived to solve the above problems, is arranged in a medicine tank for diluting pesticides, and the drug stock solution which requires dilution with water stored in the medicine tank is first pre-diluted with water and added to the medicine tank. By supplying,

The medicine bottle is opened by opening the entrance of the medicine bottle where the medicine raw material is stored, and the cut-off input structure in which the medicine raw material stored in the medicine bottle is discharged into the dilution space through the opened inlet, and the medicine bottle by rinsing and washing the inside of the medicine bottle from which the medicine raw material solution is discharged through the cutting input structure. It is to provide an agricultural medicinal dilution supply device that simplifies the structure and secures the convenience of use and safety of work by configuring the washing structure to remove the residual chemicals in a unified manner.

The above object is achieved by the following configuration provided in the present invention.

Agricultural medicine dilution supply device according to the present invention,

A dilution tank having a dilution space formed with a permeable screen on the sidewall and an open top thereof;

A water supply discharge pipe part disposed in the dilution space to discharge water supplied through a water supply pipe through a discharge port into the dilution space to form a circulating vortex in the dilution space; And

Consisting of including a cut-out cleaning unit to cut and open the inlet of the medicine bottle whose inlet is sealed to insert the medicine stock solution stored in the medicine bottle into the dilution space,

The cut-out cleaning unit includes: a jet pipe disposed upright in the dilution space; A cut-off opening blade disposed at an upper end of the spout tube to cut and open an inlet of a vial entering downwardly to the top of the spout tube; And a distribution valve unit that selectively connects the spout pipe and the circulation water supply part to eject water discharged through the circulation water supply part into the opened vial along the spout pipe, and rinses and cleans the medicine stock solution remaining in the vial. It is characterized by that.

Preferably, the distribution valve unit includes a distribution hole formed to be open to the water supply discharge pipe portion; An elevating bracket for arranging the ejection pipe in an elevating structure on an upper portion of the distribution hole; And it is composed of an elevating type configured to include a support spring for pushing the ejection pipe arranged in the elevating structure upward,

When the ejection pipe raised by the support spring descends by pressurization by the vial and enters the water supply discharge pipe part through the distribution hole, the water moving along the water supply discharge pipe part is distributed to the water discharge pipe and upwards to the top of the discharge pipe. Organize to erupt.

More preferably, a stopping unit for controlling the lowering of the raised ejection pipe is added to the distribution valve unit,

In the cutting and discharging process in which the inlet of the vial is cut and opened, the stopping unit supports and restrains the raised spout pipe,

In the rinsing and washing process of ejecting water into the vial, the stopping unit is configured to release the support restraint of the ejection pipe so that the water supply discharge pipe part and the ejection pipe communicate with each other by pressurization.

In addition, the stopping unit includes a guide piece having a horizontal support section and a stopping rail integrally formed with an elevating section formed in communication with a side portion of the support section; It is formed on one side of the ejection pipe, and is configured to include a stopping guide selectively positioned in any one of the support section and the elevating section by the equiangular rotation of the ejection pipe.

In addition, auxiliary permeable screen members are stacked on the inner wall of the dilution tank and have permeable holes having a relatively smaller diameter than the permeable holes formed in the permeable screen.

As described above, the present invention provides an improved cut-out cleaning unit for unifying the cut-off injection process and the rinsing cleaning process in the dilution tank.

Therefore, it is possible to unify the rinsing process in which the vial is opened by the cut-off washing unit and the medicine raw material stored in the medicine bottle is injected into the dilution space of the dilution tank, and the rinsing and washing process of rinsing the vial from which the medicine raw material has been discharged. Do.

Thus, the present invention is structurally separated in the related art, so that the troublesomeness of work is eliminated by separating the cut-off injection process and the vial rinsing and cleaning process, and the external leakage of the medicine stock solution during the moving process of the vial is prevented, and the structure is simplified. This can be achieved, thereby reducing manufacturing costs.

In addition, the injected medicine stock solution or powder medicine is first diluted uniformly while circulating inside the dilution space, and then penetrated through the permeation screen and introduced into the medicine tank, and then diluted with water to form a medicine spray solution. It is possible to provide a chemical spray solution obtained by diluting a medicinal material composed of fine particles.

In addition, since a vortex is formed in the dilution space by the circulation blades arranged in the dilution tank, stable and rapid dilution with the injected medicinal material is possible, and the medicinal material made of fine particles with a uniform concentration is more finely dispersed. It is possible to provide a weak spray solution diluted with

1 is a state diagram of use of an agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention arranged in a medicine tank,
2 and 3 are exploded view showing the overall configuration of the agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention,
3 to 4 are showing a detailed configuration of a cutting and cleaning unit in the agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention,
FIG. 5 is a sequential illustration of a cutting process and a rinsing cleaning process through a cutting cleaning unit in the agricultural medicine dilution supply device proposed as a preferred embodiment of the present invention. FIG. 5A is a cutting-off injection process and FIG. 5B is a rinsing Each cleaning process is shown.

Hereinafter, with reference to the accompanying drawings to provide an agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention.

Figure 1 is a state diagram of using the agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention arranged in a medicine tank, Figures 2 and 3 are the agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention It is an exploded state diagram showing the entire configuration, and Figures 3 to 4 are showing the detailed configuration of the cutting and cleaning unit in the agricultural medicinal dilution supply device proposed as a preferred embodiment in the present invention, Figure 5 is a preferred implementation in the present invention For example, in the proposed agricultural medicine dilution supply device, the cutting input process and the rinsing cleaning process are sequentially shown through the cutting cleaning unit, and Fig. 5A shows the cutting input process and Fig. 5B shows the rinsing cleaning process.

The agricultural medicine dilution supply device 100 proposed as a preferred embodiment in the present invention is disposed at the entrance of the open medicine tank T as shown in FIG. 1, through the medicine bottle 10 or medicine bag 20 The first diluted solution is formed by first diluting the input medicine stock solution or the medicine powder with water, and then the first dilution solution is added to the medicine tank T in which water is stored, and the diluted solution and the chemical spray solution in which the water is uniformly diluted are added. It is a dedicated device to form.

The diluting solution in which water and the herbal medicine or herbal medicine powder are mixed by the device 100 is drained to the medicine tank T in which a large amount of water is stored, and is secondarily diluted with the water stored in the medicine tank T. Forms a liquid-free.

On the other hand, the medicine dilution supply device 100 according to the present embodiment includes a dilution tank 110 having an upper open dilution space 111 in which a transmission screen 112 is formed on a side wall as shown in FIGS. 1 and 2; The water supply discharge pipe part 120 which is disposed in the dilution space 111 and discharges water supplied through the water supply pipe 121 through the discharge port 122a into the dilution space 111 to form a circulating vortex in the dilution space 111 ).

The dilution tank 110 according to the present embodiment is composed of an open upper enclosure made of stainless steel material having excellent corrosion resistance, and a cradle 140 is formed on the top of the dilution tank 110.

Here, the cradle 140 has a raised handle 141 formed at the top, and a plurality of shoulder arms 142 attached to the inlet edge of the weak tank T are integrally formed on the side, as shown in FIG. 1. Likewise, the dilution tank 110 is attached to the inlet of the medicine tank T in a radial structure through the shoulder arm 142 of the cradle 140 so that it is fixed to the inlet of the medicine tank T.

In addition, a permeable screen 112 in which a plurality of permeable holes are formed by corrosion treatment is formed on the sidewall of the dilution tank 110, so that particles mixed in the diluent through the permeable holes circulate and permeate in the dilution space 111. After being dispersed and mixed into a particle size smaller than the diameter of the ball to form a diluent, the diluent is introduced into the medicine tank T through the permeable screen 112 to form a spray solution through mixing with a large amount of water.

In addition, on the inner wall of the dilution tank 110 in which the transmission screen 112 is formed, a hollow auxiliary transmission screen member 113 formed with penetration holes having a relatively smaller diameter than the penetration holes formed in the transmission screen 112 is provided. Charge and place.

Therefore, while the dilution liquid generated in the dilution tank 110 passes through the auxiliary transmission screen member 113 and the transmission screen 112 step by step, the large particle size of the medicine powder or foreign substances remaining in the dilution liquid is removed, and as a result, a large A phenomenon in which the particle size of the medicine powder or foreign matter is mixed into the spray liquid stored in the medicine tank T can be prevented more stably.

In addition, the water supply discharge pipe unit 120 disposed in the dilution space 111 of the dilution tank 110 includes a supply pipe 121 connected to the water supply pipe P, and a discharge port for water supplied through the supply pipe 121 It includes a discharge pipe 122 for generating a circulating vortex in the dilution space 111 by ejecting into the dilution space 111 through (122a).

At the end of the supply pipe 121, a water supply pipe joint 121a made of a one-touch coupling is formed, and the operator connects the water supply pipe P of the high pressure sprayer to the water supply pipe joint 121a so that the water supplied through the high pressure sprayer is Water is supplied into the water supply discharge pipe unit 120 through the supply pipe 121, and the water supplied is discharged into the dilution space 111 through the discharge ports 122a of each discharge pipe 122.

In this embodiment, one or more circulation blades 114 are disposed on the inner wall of the dilution tank 110, and as shown in FIG. 1, water is discharged at high pressure into the dilution space 111 through the discharge pipe 122 and circulates inside. The circulating vortex is formed while interfering with the circulating blades 114.

Therefore, the drug stock solution or the medicine powders injected into the dilution space 111 of the dilution tank 110 are stirred and mixed by a circulating vortex formed in the dilution tank 110 to form a dilution solution, and in this process, the dilution tank 110 ) The water discharged in the circulating blade 114 forms a vortex due to interference with the circulating blade 114 and circulates in the dilution space 111 formed in the dilution tank 110, so that the medicine stock solution or the medicine powder injected into the dilution space 111 is circulated. Rapid incorporation with water is made to form a diluent.

In addition, the dilution liquid passes through the auxiliary permeable screen member 113 and the permeable screen 112 stepwise formed on the side of the kaiseki tank 110 and is discharged to the medicine tank T, and finally, the medicine tank T Through mixing with a large amount of water stored in the inside, it forms a spray liquid that is sprayed on the crops.

On the other hand, in the present invention, in implementing the agricultural medicinal dilution supply device 100, the inlet 11 of the medicine bottle 10 sealed in the inlet by the sealing sheet 12 in the dilution tank 110 as shown in FIG. 5A A cut-off injection process of cutting and opening the medicine bottle 10 and draining the stored medicine stock solution into the dilution space 111 and putting it into the dilution space 111,

As shown in FIG. 5B, water is ejected into the medicine bottle 10 from which the herbal medicine solution is drained, rinses and cleans the medicine ingredient solution remaining in the medicine bottle 10, and then performs a rinsing cleaning process in which the medicine raw material solution is put into the dilution space 111 in a unified manner. A new cleaning unit 130 is proposed, so that the cutting input process and the rinsing cleaning process are implemented in a unified manner through the single cutting cleaning unit 130.

The cut-out cleaning unit 130 according to the present invention includes a jet pipe 131 disposed upright in the dilution space 111 as shown in FIGS. 1 and 3 to 5; A cut-off opening blade 132 disposed at the top of the spout pipe 131 to cut and open the inlet 11 of the vial 10 entering downward to the top of the spout pipe 131; And by selectively connecting between the ejection pipe 131 and the water supply discharge pipe portion 120 to distribute the water discharged through the water supply discharge pipe portion 120 to the ejection pipe 131, it is opened by the cutting and opening blade 132 It includes a distribution valve unit for discharging into the dilution space 111 by rinsing and washing the herbal medicine remaining in the medicine bottle 10 by spraying water in the medicine bottle 10 from which the medicine ingredient solution is discharged.

Here, the cutting opening blade 132 disposed on the top of the ejection pipe 131 cuts the sealing sheet 12 sealing the inlet 11 of the medicine bottle 10, and opened by cutting the sealing sheet 12 It is an essential component that supports the inlet 11 of the vial 10 that has been stiffened upward.

In this embodiment, the cut-off opening blade 132 is made of an upper narrow-down shape that gradually widens from the top to the bottom, and enters the vial 10 downward through the pointed upper portion as shown in FIG. 5. The provided sealing sheet 12 is stably cut, and the sealing sheet 12 is stably attached and supported by the inlet 11 of the medicine bottle 10 from which the sealing sheet 12 is cut through a wide lower portion.

In addition, the distribution valve unit includes a distribution hole 123 formed to be opened at a point of the water supply discharge pipe part 120; An elevating bracket 133 for arranging the ejection pipe 131 in an elevating structure above the distribution hole 123; And a support spring 133 for upwardly touching the ejection pipe 131 arranged in the lifting structure.

In addition, the lower end of the ejection pipe 131 has a water supply head 131a with one side open, and the lower end of the ejection pipe 131 entering the water supply discharge pipe 120 through the distribution hole 123 is a water supply head Water that moves along the water supply discharge pipe part 120 is introduced in the lateral direction through (131a) so that it is ejected upward.

Therefore, as shown in FIG. 5B, the spray pipe 131 raised by the elastic force of the support spring 134 is lowered when pressed downward by the vial 10, and the lower end of the lowered spray pipe 131 is a distribution hole Part of the water which is in communication with the water supply discharge pipe part 120 through 123 and moves through the water supply discharge pipe part 120 is ejected upward to the top of the discharge pipe 131.

Through this, when the operator first presses the vial 10 with the inlet 11 facing the lower portion on the top of the ejection pipe 131 on which the cut-and-open blade 132 is formed, the inlet 11 of the vial 10 is sealed. One sealing sheet 12 is cut by a cutting opening blade 132 formed on the top of the ejection pipe 131 so that the inlet 11 of the vial 10 is opened, and the inlet 11 of the opened vial 10 Through the medicine bottle 10 stored in the drug substance stock solution is injected into the dilution space 111, a cut-off process is performed.

Thereafter, when the operator second presses the vial 10 with a force relatively higher than the elastic force of the support spring 134, the ejection pipe 131 descends and transfers the water supply head 131a formed at the lower end of the water supply discharge pipe part. It communicates with 120, and some of the water moving along the water supply discharge pipe part 120 is ejected upward to the top of the ejection pipe 131, and rinses and cleans the drug stock solution remaining in the medicine bottle 10. Rinse cleaning process is performed.

Thus, the cut-out cleaning unit 130 according to the present invention has a cut-out input structure for cutting the sealing sheet 12 formed at the inlet 11 of the medicine bottle 10, and is discharged through the water supply discharge pipe part 120 by pressure. A rinsing cleaning structure in which water is partially distributed and ejected into the vial 10 is integrally formed, and thus, a single cut-off cleaning unit 130 can perform a unified operation of the cut-off injection process and the rinsing cleaning process.

In particular, in the present invention, in the implementation of the cut-off and cleaning unit 130, the dispensing valve unit supports the elevated spout pipe 131 in the cut-off discharge process of cutting and opening the inlet 11 of the vial 10 In the rinsing and washing process in which water is ejected into the vial 10 after discharging the drug substance, the support state of the ejection pipe 131 is released, and the water supply discharge pipe part 120 and the ejection pipe are pressurized by pressure. By further adding a stopping unit 135 to allow the 131 to communicate, the cutting unit 135 separates the cutting input process and the rinsing cleaning process by the cutting and cleaning unit 130 to be formed in a standardized manner. .

That is, in the process of cutting the cutting by the stopping unit 135, the lowering of the blowout pipe 131 having the cutting edge 132 formed at the top is physically limited, so that the blowout pipe 131 is the water supply discharge pipe part 120 The sealing sheet 12 of the vial inlet 11 that enters downwardly into the cut-opening blade 132 through the cut-opening blade 132 formed at the top without communication with is stably cut.

The stopping unit 135 proposed as the best embodiment in the present invention is formed in communication with the support section 136a and the side of the support section 136a as shown in FIGS. 4 and 5 and is cut up and down. A stopping rail piece 136 integrally formed with the elevating section 136b; It is disposed on one side of the ejection pipe 131, and includes a stopping guide 137 selectively positioned in the support section 136a and the elevation section 136b by left and right isometric rotation of the ejection pipe 131.

Accordingly, as shown in FIG. 5A, the ejection pipe 131 having the cut-out opening blade 132 formed at the top thereof is limited in vertical elevation when the stopping guide 137 is located in the support section 136a of the stopping rail piece 136.

In this state, the operator presses the inlet 11 of the medicine bottle 10 downward to the upper end of the ejection pipe 131 and cuts the sealing sheet 12 by the cut-opening blade 132 and cuts the sealing sheet 12. A cut-off injection process is performed in which the drug stock solution is drained into the dilution space 111 through the inlet 11 opened thereby.

And, when the drainage injection process is completed, the operator is the ejection pipe 131 fixing the cutting and opening blade 132 through the vial 10 to which the inlet 11 is shouldered by the cutting opening blade 132 as shown in FIG. 5B. By rotating, the stopping guide 137 formed in the ejection pipe 131 is positioned in the elevating section 136b of the stopping rail piece 136.

At this time, the ejection pipe 131 is lowered by a pressing force provided through the vial 10 attached to the cutting opening 132, and the lower end of the lowered ejection pipe 131 supplies water through the distribution hole 123 The water that enters into the discharge pipe part 120 and moves along the water supply discharge pipe part 120 is ejected upward, so that the rinsing and washing of the medicine raw material remaining in the medicine bottle by the water sprayed upward to the upper part of the discharge pipe 131 is performed. It is achieved.

Thus, the cutting cleaning unit 130 according to the present embodiment performs a process of pressing the inlet 11 of the vial 10 that requires opening by the operator downward to the upper end of the ejection pipe 131 having the cutting opening blade 132 formed thereon. It is possible to implement a standardized cut-off injection process, and afterwards, the rinsing process of the vial through the process of rotating and pressing the vial 10 with the inlet attached by the cut-off opening blade 132 formed in the spout tube 131 by isometric rotation. Can be implemented step by step.

10. Vial 11. Entrance
12. Sealing sheet
100. Agricultural medicine dilution supply device
110. Dilution tank
111. Dilution space 112. Transmissive screen
112a. Through hole 113. Auxiliary transmission screen
114. Circular Wing
120. Water supply discharge pipe part 121. Supply pipe
121a. Water supply pipe joint 122. Discharge pipe
122a. Outlet 123. Distribution hole
130. Cut-out cleaning unit 131. Spout pipe
131a. Watering head 132. Tear-off opening
133. Elevating bracket 134. Support spring
135. Stopping unit 136. Stopping rail
136a. Support section 136b. Lift section
137. Stopping Guide
140. Cradle 141. Elevating handle
142. Shoulder arm
P. Water supply pipe T. Weak tank

Claims (5)

A dilution tank having a dilution space formed with a permeable screen on the sidewall and an open top thereof;
A water supply discharge pipe part disposed in the dilution space to discharge water supplied through a water supply pipe through a discharge port into the dilution space to form a circulating vortex in the dilution space; And
Consisting of including a cut-out cleaning unit to cut and open the inlet of the medicine bottle whose inlet is sealed to insert the medicine stock solution stored in the medicine bottle into the dilution space,
The cut-out cleaning unit includes: a jet pipe disposed upright in the dilution space;
A cut-off opening blade disposed at an upper end of the spout tube to cut and open an inlet of a vial entering downwardly to the top of the spout tube; And
It comprises a distribution valve unit that selectively connects the spout pipe and the circulation water supply part to eject water discharged through the circulation water supply part into the opened vial along the spout pipe, and rinses and cleans the medicine stock solution remaining in the vial. Agricultural medicinal dilution supply device, characterized in that. The system of claim 1, wherein the distribution valve unit comprises: a distribution hole formed to be open to the water supply discharge pipe portion; An elevating bracket for arranging the ejection pipe in an elevating structure on an upper portion of the distribution hole; And it is composed of an elevating type configured including a support spring for pushing the ejection pipe arranged in the elevating structure upward,
When the ejection pipe raised by the support spring descends by pressurization by a vial and enters the water supply discharge pipe part through the distribution hole, the water moving along the water supply discharge pipe part is distributed to the water discharge pipe and upwards to the top of the discharge pipe. Agricultural medicinal dilution supply device, characterized in that configured to be ejected. The method of claim 2, wherein the distribution valve unit is added with a stopping unit for controlling the lowering of the raised ejection pipe,
In the cutting and discharging process in which the inlet of the vial is cut and opened, the stopping unit supports and restrains the raised spout pipe,
In the rinsing and washing process of ejecting water into the vial, the stopping unit releases the support restraint of the ejection pipe, and the water supply discharge pipe portion and the ejection pipe are in communication with each other by pressurization. The method of claim 3, wherein the stopping unit comprises: a horizontal support section and a stopping rail piece integrally formed with an elevating section formed in communication with a side portion of the support section; It is formed on one side of the ejection pipe, characterized in that it comprises a stopping guide that is selectively positioned in any one of a support section and an elevation section formed on the stopping rail piece by an isometric rotation of the ejection pipe. Agricultural medicine dilution supply device. The apparatus of claim 1, wherein an auxiliary permeable screen member having permeable holes having a relatively smaller diameter than the permeable holes formed in the permeable screen is stacked and disposed on the inner wall of the dilution tank.

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