CN213824573U - Pesticide preparation mixes system of disposition all - Google Patents
Pesticide preparation mixes system of disposition all Download PDFInfo
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- CN213824573U CN213824573U CN202022351026.4U CN202022351026U CN213824573U CN 213824573 U CN213824573 U CN 213824573U CN 202022351026 U CN202022351026 U CN 202022351026U CN 213824573 U CN213824573 U CN 213824573U
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Abstract
The utility model provides a pesticide preparation mixes system of disposition all relates to the technical field of agricultural production equipment, solves among the prior art technical problem that the laxative machine supplyes the liquid medicine inefficiency. The pesticide preparation mixing system comprises a pesticide preparation mother liquor mixing station and a vehicle-mounted mixing system, wherein the pesticide preparation mother liquor mixing station is used for collecting, mixing and stirring a solid pesticide preparation and/or a liquid pesticide preparation, and discharging a primarily mixed pesticide preparation mother liquor to the vehicle-mounted mixing system. The vehicle-mounted mixing system is used for further mixing, storing and/or transporting the pesticide preparation mother liquor after primary mixing in the pesticide preparation mother liquor mixing station. The laxative machine is when the laxative operation, and on-vehicle thoughtlessly join in marriage the system and can accomplish the pesticide preparation mother liquor earlier and thoughtlessly join in marriage the transportation that stands to the laxative machine operation area, and then can carry out the replenishment of liquid medicine to the laxative machine in arbitrary place, avoids the laxative machine to come and go between the water intaking point and the laxative operation point, and extension laxative machine laxative operation time improves laxative machine operating efficiency.
Description
Technical Field
The utility model relates to a technical field of agricultural production equipment especially relates to a pesticide preparation mixes system of disposition all.
Background
The pesticide is used by feeling and depending on experience, the professional knowledge and the capability of utilizing the modern agricultural science and technology are lacked, the whole pesticide using technology level is low, and the statistical result shows that the pesticide utilization rate in China is only 39.8%. From the analysis of main factors influencing the pesticide effect, the secondary dilution of the pesticide preparation has great influence on the pesticide utilization rate, and different pesticide preparations are directly mixed and easily changed by a high-concentration solution system to influence the efficacy of the pesticide preparation and even generate phytotoxicity.
From the use characteristics of pesticides in large-scale planting areas, when a pesticide sprayer in a traditional operation mode works in a pesticide spraying channel, the vehicle-mounted pesticide liquid is insufficient, the pesticide sprayer needs to be opened from the pesticide spraying channel to a water taking point to mix the pesticide liquid, the pesticide sprayer is opened to the pesticide spraying channel after being loaded with the pesticide liquid to continue to operate, the factors influencing the pesticide spraying efficiency mainly comprise the walking time of the pesticide sprayer during loading the pesticide liquid, the water adding time, the unpacking time of pesticide preparation packages and the mixing time, and the actual operation efficiency of the pesticide sprayer is only 10-20% of the rated efficiency.
SUMMERY OF THE UTILITY MODEL
The utility model discloses an one of them purpose provides a pesticide preparation mixes system of disposition all, solves among the prior art technical problem that the laxative machine supplyes the liquid medicine inefficiency. The utility model discloses preferred technical scheme can reach a great deal of beneficial technological effect, specifically see the following explanation.
In order to achieve the above purpose, the utility model provides a following technical scheme:
the utility model discloses a pesticide preparation mixes system of joining in marriage includes that pesticide preparation mother liquor mixes station and on-vehicle system of joining in marriage, and pesticide preparation mother liquor mixes the station of joining in marriage and is used for collecting, mixes, stirring solid pesticide preparation and/or liquid pesticide preparation to the pesticide preparation mother liquor that will mix for the first time is discharged to on-vehicle system of joining in marriage. The vehicle-mounted mixing system is used for further mixing, storing and/or transporting the pesticide preparation mother liquor after primary mixing in the pesticide preparation mother liquor mixing station.
The utility model relates to an in preferred or alternative, the station is thoughtlessly joined in marriage to pesticide preparation mother liquor mixes the storage unit including production water supply unit and preparation mother liquor, and production water supply unit mixes the storage unit with preparation mother liquor and is connected, and production water supply unit mixes the storage unit supply water for preparation mother liquor.
The utility model relates to an in preferred or alternative, preparation mother liquor mixes storage unit includes that liquid preparation mother liquor mixes storage unit and/or solid preparation mother liquor mixes storage unit, and liquid preparation mother liquor mixes storage unit and is used for liquid pesticide preparation mother liquor to mix. The solid preparation mother liquor mixing and storing unit is used for mixing the solid pesticide preparation mother liquor.
The utility model relates to an in preferred or alternative, liquid preparation mother liquor mixes storage unit and includes that liquid pesticide preparation throws material device, liquid pesticide preparation mother liquor agitator tank, first liquid preparation mother liquor discharge pump and liquid preparation mother liquor storage tank, and liquid pesticide preparation throws the material device and is connected with liquid pesticide preparation mother liquor agitator tank, and liquid pesticide preparation throws the material device and pours into liquid pesticide preparation or thoughtlessly have the liquid pesticide preparation mother liquor of water into in to liquid pesticide preparation mother liquor agitator tank through the feeding pump. The liquid pesticide preparation mother liquor stirring tank is connected with the production water supply unit, and is used for mixing the liquid pesticide preparation supplied by the liquid pesticide preparation feeding device with the water supplied by the production water supply unit. The first liquid preparation mother liquor discharge pump is connected with the liquid pesticide preparation mother liquor stirring tank and the liquid preparation mother liquor storage tank, and the mother liquor obtained after mixing the liquid pesticide preparation in the liquid pesticide preparation mother liquor stirring tank is injected into the liquid preparation mother liquor storage tank.
The utility model relates to an in preferred or alternative, liquid pesticide preparation throws the material device and includes that barreled pesticide preparation throws the material jar and/or bottled pesticide preparation throws the material jar, and barreled pesticide preparation throws the material jar slope and places, and barreled pesticide preparation throws the material jar and is connected with the charge pump to throw the liquid pesticide preparation of material jar into liquid pesticide preparation mother liquor stirring jar through the charge pump with barreled pesticide preparation. The feeding tank for the bottled pesticide preparation comprises a feeding port, the bottled pesticide preparation enters the feeding tank for the bottled pesticide preparation from the feeding port, and the feeding tank for the bottled pesticide preparation is connected with the production water supply unit so as to provide water for cleaning the liquid pesticide preparation bottle and the feeding port through the production water supply unit.
The utility model relates to an in preferred or alternative, liquid preparation mother liquor mixes storage unit still includes first level sensor and first controller, and first level sensor is used for the liquid level information in the sensing liquid pesticide preparation mother liquor stirring jar, and first level sensor is connected with first controller, and first level sensor transmits the liquid level information that sensing was arrived to first controller. The first controller is connected with the first liquid preparation mother liquor discharge pump, and the first controller controls the working state of the first liquid preparation mother liquor discharge pump based on liquid level information sensed by the first liquid level sensor.
The utility model relates to an in preferred or alternative, solid preparation mother liquor mixes storage unit includes that negative pressure formula air flow conveyor, solid preparation mother liquor mix agitator tank, first solid preparation mother liquor discharge pump and solid preparation mother liquor storage tank, negative pressure formula air flow conveyor mixes the agitator tank with solid preparation mother liquor and is connected, and negative pressure formula air flow conveyor is used for mixing the agitator tank to solid preparation mother liquor and carries solid pesticide preparation. The solid preparation mother liquor mixing and stirring tank is connected with the production water supply unit, and the production water supply unit injects water for mixing the solid pesticide preparation into the solid preparation mother liquor mixing and stirring tank. The first solid preparation mother liquor discharge pump is connected with the solid preparation mother liquor mixing and stirring tank and the solid preparation mother liquor storage tank, and the first solid preparation mother liquor discharge pump injects the solid preparation mother liquor of the solid preparation mother liquor mixing and stirring tank into the solid preparation mother liquor storage tank.
The utility model relates to an in preferred or alternative, solid preparation mother liquor mixes storage unit still includes second level sensor and second controller, and second level sensor is used for the liquid level information that sensing solid preparation mother liquor mixes in the agitator tank, and second level sensor is connected with the second controller, and second level sensor transmits the liquid level information that sensing was sensed to the second controller. The second controller is connected with the first solid preparation mother liquor discharge pump, and the second controller controls the working state of the first solid preparation mother liquor discharge pump based on the liquid level information sensed by the second liquid level sensor.
The utility model relates to an in preferred or alternative, production water supply unit includes process water storage tank, water supply power pump, water supply flowmeter, third controller and water supply branch valve, and water supply power pump passes through the supply channel and mixes storage element with process water storage tank and preparation mother liquor and be connected. The water supply flowmeter is located on a main road of the water supply pipeline, the water supply branch valve is located on a branch road of the water supply pipeline, the third controller is connected with the water supply flowmeter, the water supply branch valve and the water supply power pump, and the third controller controls the working state of each water supply branch valve and the water supply power pump based on the water supply amount sensed by the water supply flowmeter.
The utility model relates to an in preferred or alternative, on-vehicle system of thoughtlessly joining in marriage includes on-vehicle liquid preparation mother liquor storage tank, on-vehicle solid preparation mother liquor storage tank, on-vehicle water storage tank, liquid metering pump and blending tank, and on-vehicle liquid preparation mother liquor storage tank, on-vehicle solid preparation mother liquor storage tank and on-vehicle water storage tank all are connected with the blending tank through the liquid metering pump, are provided with the quick-operation joint with laxative machine looks adaptation on the blending tank.
The utility model provides a pesticide preparation mixes system of joining in marriage has following beneficial technological effect at least:
pesticide preparation mixes system of joining in marriage passes through the pesticide preparation mother liquor and mixes the station and thoughtlessly join in marriage for the first time, forms pesticide preparation mother liquor, then the pesticide preparation mother liquor after will mixing for the first time emits into on-vehicle system of joining in marriage and further thoughtlessly joins in marriage, and then realizes that pesticide preparation secondary mixes, improves the utilization ratio of pesticide.
On the other hand, the secondary mixing of the pesticide preparation adopts a vehicle-mounted form, namely the secondary mixing of the pesticide preparation can be completed in the transportation process of the pesticide preparation mother liquor, so that the time waste caused by the mixing of the pesticide preparation is shortened, and the operation efficiency is improved. And the pesticide preparation mother liquor accomplishes the transportation through on-vehicle system of thoughtlessly joining in marriage, and when the laxative machine was in the laxative operation, on-vehicle system of thoughtlessly joining in marriage can accomplish the pesticide preparation mother liquor earlier and thoughtlessly join in marriage the station and arrive the regional transportation of laxative machine operation, and then can carry out the replenishment of liquid medicine to the laxative machine in arbitrary place, avoids the laxative machine to come and go between water intaking point and the laxative operation point, prolongs laxative machine laxative operation time, improves laxative machine operating efficiency.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a schematic view of a preferred or alternative embodiment pesticide formulation compounding system of the present invention;
FIG. 2 is a schematic diagram of a pesticide formulation mother liquor blending station according to a preferred or alternative embodiment of the present invention;
FIG. 3 is a schematic view of a preferred or alternative embodiment on-board compounding system of the present invention;
fig. 4 is a simplified feedback control diagram of a pesticide formulation mixing system according to a preferred or alternative embodiment of the present invention.
In the figure: 100-pesticide preparation mother liquor mixing station; 110-production of water supply units; 111-a storage tank for process water; 112-water supply power pump; 113-a water supply flow meter; 114-a third controller; 115-water supply branch valve; 120-preparation mother liquor mixing and storing unit; 130-liquid preparation mother liquor mixing and storing unit; 131-a liquid pesticide preparation feeding device; 132-a liquid pesticide preparation mother liquor stirring tank; 133-a first liquid formulation mother liquor discharge pump; 134-liquid preparation mother liquor storage tank; 135-feeding pump; 136-barreled pesticide preparation feeding tank; 137-bottled pesticide preparation feeding tank; 138-a first level sensor; 139-a first controller; 140-a solid preparation mother liquor mixing and storing unit; 141-negative pressure air flow delivery device; 142-solid preparation mother liquor mixing and stirring tank; 143-a first solid formulation mother liquor discharge pump; 144-a solid preparation mother liquor storage tank; 145-a second liquid level sensor; 146-a second controller; 200-vehicle-mounted mixing system; 210-vehicle liquid preparation mother liquor storage tank; 220-vehicle solid preparation mother liquor storage tank; 230-vehicle water storage tank; 240-liquid metering pump; 250-a mixing tank; 260-a quick coupling; 270-vehicle diesel air pump; 280-vehicle power inverter; 300-PLC control system.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be described in detail below. It is to be understood that the embodiments described are only some embodiments of the invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.
In the description of the present invention, it is to be noted that, unless otherwise specified, "a plurality" means two or more; the terms "upper", "lower", "left", "right", "inner", "outer", "front", "rear", "head", "tail", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are merely for convenience of description and simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," "third," and the like are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should also be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meaning of the above terms in the present invention can be understood as the case may be, by those of ordinary skill in the art.
Referring to fig. 1, in a preferred or optional embodiment of the present invention, the pesticide preparation mixing system includes a pesticide preparation mother liquor mixing station 100 and an on-vehicle mixing system 200, the pesticide preparation mother liquor mixing station 100 is used for collecting, mixing and stirring the solid pesticide preparation and/or the liquid pesticide preparation, and discharging the primarily mixed pesticide preparation mother liquor to the on-vehicle mixing system 200. The vehicle-mounted mixing system 200 is used for further mixing, storing and/or transporting the pesticide preparation mother liquor after the primary mixing of the pesticide preparation mother liquor mixing station 100.
In the above preferred embodiment, the pesticide preparation mixing system allows the initial mixing of the pesticide preparation at a fixed location through the pesticide preparation mother liquor mixing station 100, i.e., the pesticide preparation only needs to be stored and/or replenished at a fixed location to facilitate the replenishment of the pesticide preparation.
In a further preferred or optional technical scheme, the vehicle-mounted mixing system 200 is used for transporting the pesticide preparation mother liquor after primary mixing in the pesticide preparation mother liquor mixing station 100, and the pesticide preparation mother liquor after primary mixing is further mixed in the transportation process, so that not only is secondary mixing of the pesticide preparation mother liquor realized, but also the secondary mixing of the pesticide preparation is prevented from delaying realization of a large amount of secondary mixing, and further the pesticide utilization rate is improved and the operation efficiency is improved.
Referring to fig. 2, in a further preferred or optional embodiment of the present invention, the pesticide preparation mother liquor mixing station 100 includes a production water supply unit 110 and a preparation mother liquor mixing storage unit 120, the production water supply unit 110 is connected to the preparation mother liquor mixing storage unit 120, and the production water supply unit 110 supplies water to the preparation mother liquor mixing storage unit 120.
Referring to fig. 2, in a further preferred or optional embodiment of the present invention, the preparation mother liquor mixed storage unit 120 includes a liquid preparation mother liquor mixed storage unit 130 and/or a solid preparation mother liquor mixed storage unit 140, and the liquid preparation mother liquor mixed storage unit 130 is used for mixing the liquid pesticide preparation mother liquor. The solid preparation mother liquor mixing and storing unit 140 is used for mixing the solid pesticide preparation mother liquor.
Referring to fig. 2, in a preferred or optional embodiment of the present invention, the mixed liquid preparation mother liquor storage unit 130 includes a liquid pesticide preparation feeding device 131, a liquid pesticide preparation mother liquor stirring tank 132, a first liquid preparation mother liquor discharging pump 133 and a liquid preparation mother liquor storage tank 134, the liquid pesticide preparation feeding device 131 is connected to the liquid pesticide preparation mother liquor stirring tank 132, and the liquid pesticide preparation feeding device 131 injects a liquid pesticide preparation or mixes the liquid pesticide preparation mother liquor mixed with water into the liquid pesticide preparation mother liquor stirring tank 132 through the feeding pump 135. The liquid pesticide preparation mother liquor stirring tank 132 is connected to the production water supply unit 110, and the liquid pesticide preparation mother liquor stirring tank 132 is used for mixing the liquid pesticide preparation supplied from the liquid pesticide preparation feeding device 131 with the water supplied from the production water supply unit 110. The first liquid preparation mother liquor discharge pump 133 is connected to the liquid pesticide preparation mother liquor stirring tank 132 and the liquid preparation mother liquor storage tank 134, and injects the mixed mother liquor of the liquid pesticide preparation in the liquid pesticide preparation mother liquor stirring tank 132 into the liquid preparation mother liquor storage tank 134.
In the above preferred embodiment, the liquid preparation mother solution blending and storing unit 130 completes the feeding of the liquid pesticide preparation through the liquid pesticide preparation feeding device 131, so as to prevent operators from directly contacting the liquid pesticide preparation and prevent the liquid pesticide from damaging the health of the operators.
The utility model relates to an in preferred or optional embodiment, be provided with agitating unit in liquid pesticide preparation mother liquor agitator tank 132 to make the water in liquid pesticide preparation mother liquor agitator tank 132 and liquid pesticide preparation intensive mixing through agitating unit.
Referring to fig. 2, in a preferred or alternative embodiment of the present invention, the liquid pesticide preparation feeding device 131 includes a barreled pesticide preparation feeding tank 136 and/or a bottled pesticide preparation feeding tank 137, the barreled pesticide preparation feeding tank 136 is disposed obliquely, and the barreled pesticide preparation feeding tank 136 is connected to a feeding pump 135, so that the liquid pesticide preparation in the barreled pesticide preparation feeding tank 136 is injected into the liquid pesticide preparation mother liquor stirring tank 132 through the feeding pump 135. The bottled pesticide preparation feeding tank 137 includes a feeding port, the bottled pesticide preparation enters the bottled pesticide preparation feeding tank 137 from the feeding port, and the bottled pesticide preparation feeding tank 137 is connected to the production water supply unit 110 to provide water for cleaning the liquid pesticide preparation bottle and the feeding port through the production water supply unit 110.
In a preferred or alternative embodiment, the tank 136 and 137 can be used for dispensing different doses of liquid pesticide formulation. In a preferred or alternative embodiment, the tank of liquid pesticide formulation is directly pumped with the dosing pump 135 into the tank of liquid pesticide, i.e. the tank of liquid pesticide formulation itself serves as the tank 136 for dosing the tank of pesticide formulation.
In a preferred or alternative embodiment, the tank 136 is inclined and the line connecting the pump 135 to the tank 136 extends to the lowest point at the bottom of the tank 136. As a preferred or alternative embodiment, the tank 136 is placed on a sloped shelf. In a further preferred or alternative embodiment, the tank 136 is connected to the production water supply unit 110, and the production water supply unit 110 supplies water to the tank 136 for cleaning the liquid pesticide attached to the inner wall of the tank 136.
Referring to fig. 2, as a preferred or alternative embodiment, a cleaning head is disposed at the feeding port of the bottled pesticide preparation feeding tank 137, and the cleaning head is connected to the production water supply unit 110 to flush water to the feeding port through the cleaning head for the purpose of cleaning the feeding port and the bottled pesticide preparation feeding tank 137. In a further preferred or alternative embodiment, the operator may also use the cleaning head to inject water into the bottled liquid pesticide preparation bottle and clean the bottled liquid pesticide preparation bottle.
Referring to fig. 2 and 4, in a preferred or alternative embodiment of the present invention, the liquid preparation mother liquor mixing and storing unit 130 further includes a first liquid level sensor 138 and a first controller 139, the first liquid level sensor 138 is used for sensing the liquid level information in the liquid pesticide preparation mother liquor stirring tank 132, the first liquid level sensor 138 is connected to the first controller 139, and the first liquid level sensor 138 transmits the sensed liquid level information to the first controller 139. The first controller 139 is connected to the first liquid formulation mother liquor discharge pump 133, and the first controller 139 controls the operating state of the first liquid formulation mother liquor discharge pump 133 based on the liquid level information sensed by the first liquid level sensor 138.
Specifically, when the liquid level in the liquid pesticide preparation mother liquor stirring tank 132 is higher than the preset highest position, the first liquid pesticide preparation mother liquor discharge pump 133 is turned on, and the pesticide preparation mother liquor in the liquid pesticide preparation mother liquor stirring tank 132 is transferred to the liquid pesticide preparation mother liquor storage tank 134. In a further preferred or alternative embodiment, a stirring device is provided in the liquid formulation mother liquor tank 134 to avoid long-term storage, and the pesticide agent component and water are stratified due to different densities. When the liquid level in the liquid pesticide formulation mother liquor agitation tank 132 is lower than the preset lowest level, the first liquid formulation mother liquor discharge pump 133 is turned off.
Referring to fig. 2, in a preferred or optional embodiment of the present invention, the solid preparation mother liquor mixed storage unit 140 includes a negative pressure type air flow conveying device 141, a solid preparation mother liquor mixed stirring tank 142, a first solid preparation mother liquor discharging pump 143, and a solid preparation mother liquor storage tank 144, the negative pressure type air flow conveying device 141 is connected with the solid preparation mother liquor mixed stirring tank 142, and the negative pressure type air flow conveying device 141 is used for conveying the solid pesticide preparation into the solid preparation mother liquor mixed stirring tank 142. The solid preparation mother liquor mixing and stirring tank 142 is connected with the production water supply unit 110, and the production water supply unit 110 injects water for mixing the solid pesticide preparation into the solid preparation mother liquor mixing and stirring tank 142. The first solid preparation mother liquor discharge pump 143 is connected to the solid preparation mother liquor mixing and stirring tank 142 and the solid preparation mother liquor storage tank 144, and the solid preparation mother liquor discharge pump 143 injects the solid preparation mother liquor of the solid preparation mother liquor mixing and stirring tank 142 into the solid preparation mother liquor storage tank 144.
Specifically, the discharge port of the negative pressure type air flow conveying equipment 141 is arranged at the top of the solid preparation mother liquor mixing and stirring tank 142, and the feed port of the negative pressure type air flow conveying equipment 141 is arranged inside the solid preparation packaging bag. The first solid preparation mother liquor discharge pump 143 is connected with the solid preparation mother liquor mixing and stirring tank 142 through a pipeline. The discharge port of the first solid preparation mother liquor discharge pump 143 is connected with a solid preparation mother liquor storage tank 144 through a pipeline.
Referring to fig. 2 and 4, in a preferred or optional embodiment of the present invention, the solid preparation mother liquor mixed storage unit 140 further comprises a second liquid level sensor 145 and a second controller 146, the second liquid level sensor 145 is used for sensing the liquid level information in the solid preparation mother liquor mixed stirring tank 142, the second liquid level sensor 145 is connected with the second controller 146, and the second liquid level sensor 145 transmits the sensed liquid level information to the second controller 146. The second controller 146 is connected to the first solid preparation mother liquor discharge pump 143, and the second controller 146 controls the operating state of the first solid preparation mother liquor discharge pump 143 based on the liquid level information sensed by the second liquid level sensor 145.
Specifically, when the liquid level in the solid preparation mother liquid mixing and stirring tank 142 is higher than the preset highest position, the first solid preparation mother liquid discharge pump 143 is turned on, and the pesticide preparation mother liquid in the solid preparation mother liquid mixing and stirring tank 142 is transferred to the solid preparation mother liquid storage tank 144. In a further preferred or alternative embodiment, a stirring device is provided in the solid formulation mother liquor tank 144 to avoid long-term storage, and the pesticide agent component and water are layered due to different densities. When the liquid level in the solid preparation mother liquid mixing and stirring tank 142 is lower than the preset lowest position, the first solid preparation mother liquid discharging pump 143 is turned off.
Referring to fig. 2 and 4, in a preferred or alternative embodiment of the present invention, the production water supply unit 110 includes a production water storage tank 111, a water supply power pump 112, a water supply flow meter 113, a third controller 114, and a water supply branch valve 115, and the water supply power pump 112 is connected to the production water storage tank 111 and the preparation mother liquor mixed storage unit 120 through a water supply line. A water supply flow meter 113 is located on a trunk line of the water supply line, a water supply branch valve 115 is located on a branch line of the water supply line, a third controller 114 is connected with the water supply flow meter 113, the water supply branch valve 115 and the water supply power pump 112, and the third controller 114 controls the operating state of each of the water supply branch valve 115 and the water supply power pump 112 based on the amount of water supply sensed by the water supply flow meter 113.
In a preferred or alternative embodiment, the water supply bypass valve 115 and the water supply power pump 112 are synchronously controlled by the third controller 114.
In the above preferred embodiment, the water supply flowmeter 113, the third controller 114, the water supply branch valve 115 and the water supply power pump 112 realize quantitative supply of water to each water supply branch, so as to accurately control the mixing proportion of various pesticide preparations and water, and improve the utilization rate of pesticides.
Referring to fig. 4, as a preferred or alternative embodiment of the present invention, the first controller 139, the second controller 146, and the third controller 114 are all a PLC control system 300.
In a further preferred or alternative embodiment, the water supply bypass valve 115 is a solenoid valve or a pneumatic control valve.
Referring to fig. 3, in a preferred or optional embodiment of the present invention, the vehicle-mounted mixing system 200 includes a vehicle-mounted liquid preparation mother liquor storage tank 210, a vehicle-mounted solid preparation mother liquor storage tank 220, a vehicle-mounted water storage tank 230, a liquid metering pump 240 and a mixing tank 250, the vehicle-mounted liquid preparation mother liquor storage tank 210, the vehicle-mounted solid preparation mother liquor storage tank 220 and the vehicle-mounted water storage tank 230 are all connected to the mixing tank 250 through the liquid metering pump 240, and the mixing tank 250 is provided with a quick coupling 260 adapted to a pesticide sprayer.
As a preferred or optional embodiment of the present invention, the liquid preparation mother liquor mixed storage unit 130 further comprises a second liquid preparation mother liquor discharge pump, the second liquid preparation mother liquor discharge pump is connected with the liquid preparation mother liquor storage tank 134, and the second liquid preparation mother liquor discharge pump is detachably connected with the vehicle-mounted liquid preparation mother liquor storage tank 210 through a pipeline, so as to inject the liquid pesticide preparation mother liquor in the liquid preparation mother liquor storage tank 134 into the vehicle-mounted liquid preparation mother liquor storage tank 210 through the second liquid preparation mother liquor discharge pump.
As an optimal or optional implementation mode, the solid preparation mother liquor mixed storage unit 140 further comprises a second solid preparation mother liquor discharge pump, the second solid preparation mother liquor discharge pump is connected with the solid preparation mother liquor storage tank 144, and the second solid preparation mother liquor discharge pump is detachably connected with the vehicle-mounted solid preparation mother liquor storage tank 220 through a pipeline, so as to inject the solid pesticide preparation mother liquor in the solid preparation mother liquor storage tank 144 into the vehicle-mounted solid preparation mother liquor storage tank 220 through the second solid preparation mother liquor discharge pump.
As a further preferred or alternative embodiment, the on-board compounding system 200 also includes an air flow agitation device and an on-board diesel air pump 270. Further preferably or alternatively, the gas flow agitation devices are located in the vehicle-mounted liquid formulation mother liquor storage tank 210 and the vehicle-mounted solid formulation mother liquor storage tank 220 to agitate the pesticide formulation mother liquor in the vehicle-mounted liquid formulation mother liquor storage tank 210 and the vehicle-mounted solid formulation mother liquor storage tank 220 through the gas flow agitation devices. Further preferably or optionally, the vehicle-mounted diesel air pump 270 is connected with the airflow stirring device to provide high-pressure air for the airflow stirring device through the vehicle-mounted diesel air pump 270.
As a preferred or alternative embodiment of the present invention, the vehicle-mounted mixing system 200 further includes a vehicle-mounted power inverter 280. Further preferably or alternatively, the onboard power inverter 280 is connected to the in-vehicle circuitry and the fluid metering pump 240 to convert the direct current in the in-vehicle circuitry to electrical power suitable for the fluid metering pump 240 and to provide electrical power to the fluid metering pump 240.
The above description is only for the specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art can easily think of the changes or substitutions within the technical scope of the present invention, and all should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. The pesticide preparation mixing system is characterized by comprising a pesticide preparation mother liquor mixing station (100) and a vehicle-mounted mixing system (200), wherein the pesticide preparation mother liquor mixing station (100) is used for collecting, mixing and stirring a solid pesticide preparation and/or a liquid pesticide preparation and discharging a primarily mixed pesticide preparation mother liquor to the vehicle-mounted mixing system (200);
the vehicle-mounted mixing system (200) is used for further mixing, storing and/or transporting the pesticide preparation mother liquor after primary mixing in the pesticide preparation mother liquor mixing station (100).
2. The pesticide preparation compounding system of claim 1, wherein the pesticide preparation mother liquor compounding station (100) comprises a production water supply unit (110) and a preparation mother liquor compounding storage unit (120), the production water supply unit (110) is connected with the preparation mother liquor compounding storage unit (120), and the production water supply unit (110) supplies water to the preparation mother liquor compounding storage unit (120).
3. Pesticide formulation compounding system according to claim 2, characterized in that the formulation mother liquor compounding storage unit (120) comprises a liquid formulation mother liquor compounding storage unit (130) and/or a solid formulation mother liquor compounding storage unit (140),
the liquid preparation mother liquor mixing and storing unit (130) is used for mixing the liquid pesticide preparation mother liquor;
the solid preparation mother liquor mixing and storing unit (140) is used for mixing the solid pesticide preparation mother liquor.
4. The pesticide preparation mixing system according to claim 3, wherein the liquid preparation mother liquor mixing and storing unit (130) comprises a liquid pesticide preparation feeding device (131), a liquid pesticide preparation mother liquor stirring tank (132), a first liquid preparation mother liquor discharging pump (133) and a liquid preparation mother liquor storage tank (134),
the liquid pesticide preparation feeding device (131) is connected with the liquid pesticide preparation mother liquor stirring tank (132), and the liquid pesticide preparation feeding device (131) injects a liquid pesticide preparation or a liquid pesticide preparation mother liquor mixed with water into the liquid pesticide preparation mother liquor stirring tank (132) through a feeding pump (135);
the liquid pesticide preparation mother liquor stirring tank (132) is connected with the production water supply unit (110), and the liquid pesticide preparation mother liquor stirring tank (132) is used for mixing the liquid pesticide preparation supplied by the liquid pesticide preparation feeding device (131) with the water supplied by the production water supply unit (110);
the first liquid preparation mother liquor discharging pump (133) is connected with the liquid pesticide preparation mother liquor stirring tank (132) and the liquid preparation mother liquor storage tank (134), and mother liquor obtained after mixing of the liquid pesticide preparation in the liquid pesticide preparation mother liquor stirring tank (132) is injected into the liquid preparation mother liquor storage tank (134).
5. Pesticide formulation compounding system according to claim 4, wherein said liquid pesticide formulation dosing device (131) comprises a tank (136) for dosing the pesticide formulation and/or a tank (137) for dosing the pesticide formulation,
the barreled pesticide preparation feeding tank (136) is obliquely arranged, and the barreled pesticide preparation feeding tank (136) is connected with the feeding pump (135) so as to inject the liquid pesticide preparation of the barreled pesticide preparation feeding tank (136) into the liquid pesticide preparation mother liquor stirring tank (132) through the feeding pump (135);
the bottled pesticide preparation feeding tank (137) comprises a feeding port, bottled pesticide preparation enters the bottled pesticide preparation feeding tank (137) from the feeding port, and the bottled pesticide preparation feeding tank (137) is connected with the production water supply unit (110) so as to provide water for cleaning the liquid pesticide preparation bottle and the feeding port through the production water supply unit (110).
6. A pesticide formulation compounding system according to claim 5 wherein said liquid formulation mother liquor compounding storage unit (130) further comprises a first liquid level sensor (138) and a first controller (139),
a first liquid level sensor (138) is used for sensing liquid level information in the liquid pesticide preparation mother liquor stirring tank (132), the first liquid level sensor (138) is connected with the first controller (139), and the first liquid level sensor (138) transmits the sensed liquid level information to the first controller (139);
the first controller (139) is connected with the first liquid preparation mother liquor discharge pump (133), and the first controller (139) controls the working state of the first liquid preparation mother liquor discharge pump (133) based on liquid level information sensed by the first liquid level sensor (138).
7. A pesticide formulation mixing system according to any one of claims 3 to 6, characterized in that the solid formulation mother liquor mixing and storing unit (140) comprises a negative pressure type air flow conveying device (141), a solid formulation mother liquor mixing and stirring tank (142), a first solid formulation mother liquor discharge pump (143) and a solid formulation mother liquor storage tank (144),
the negative-pressure air flow conveying equipment (141) is connected with the solid preparation mother liquor mixing and stirring tank (142), and the negative-pressure air flow conveying equipment (141) is used for conveying a solid pesticide preparation into the solid preparation mother liquor mixing and stirring tank (142);
the solid preparation mother liquor mixing and stirring tank (142) is connected with the production water supply unit (110), and the production water supply unit (110) injects water for mixing the solid pesticide preparation into the solid preparation mother liquor mixing and stirring tank (142);
the first solid preparation mother liquor discharge pump (143) is connected with the solid preparation mother liquor mixing and stirring tank (142) and the solid preparation mother liquor storage tank (144), and the first solid preparation mother liquor discharge pump (143) injects the solid preparation mother liquor of the solid preparation mother liquor mixing and stirring tank (142) into the solid preparation mother liquor storage tank (144).
8. The pesticide formulation compounding system of claim 7, wherein said solid formulation mother liquor compounding storage unit (140) further comprises a second liquid level sensor (145) and a second controller (146),
the second liquid level sensor (145) is used for sensing liquid level information in the solid preparation mother liquor mixing and stirring tank (142), the second liquid level sensor (145) is connected with the second controller (146), and the second liquid level sensor (145) transmits the sensed liquid level information to the second controller (146);
the second controller (146) is connected with the first solid preparation mother liquor discharge pump (143), and the second controller (146) controls the working state of the first solid preparation mother liquor discharge pump (143) based on the liquid level information sensed by the second liquid level sensor (145).
9. The pesticide formulation mixing system according to claim 2, wherein the production water supply unit (110) comprises a production water storage tank (111), a water supply power pump (112), a water supply flow meter (113), a third controller (114) and a water supply branch valve (115),
the water supply power pump (112) is connected with the production water storage tank (111) and the preparation mother liquor mixing and storing unit (120) through a water supply pipeline;
the water supply flow meter (113) is positioned on a main line of the water supply line, the water supply branch valve (115) is positioned on a branch line of the water supply line,
the third controller (114) is connected to the water supply flow meter (113), the water supply branch valve (115), and the water supply power pump (112), and the third controller (114) controls the operation state of each of the water supply branch valve (115) and the water supply power pump (112) based on the amount of water supply sensed by the water supply flow meter (113).
10. The pesticide formulation mixing system of claim 1, wherein the vehicle-mounted mixing system (200) comprises a vehicle-mounted liquid formulation mother liquor storage tank (210), a vehicle-mounted solid formulation mother liquor storage tank (220), a vehicle-mounted water storage tank (230), a liquid metering pump (240), and a mixing tank (250),
the vehicle-mounted liquid preparation mother liquor storage tank (210), the vehicle-mounted solid preparation mother liquor storage tank (220) and the vehicle-mounted water storage tank (230) are connected with the mixing tank (250) through the liquid metering pump (240),
the mixing tank (250) is provided with a quick connector (260) matched with the pesticide spraying machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022351026.4U CN213824573U (en) | 2020-10-19 | 2020-10-19 | Pesticide preparation mixes system of disposition all |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022351026.4U CN213824573U (en) | 2020-10-19 | 2020-10-19 | Pesticide preparation mixes system of disposition all |
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| Publication Number | Publication Date |
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| CN213824573U true CN213824573U (en) | 2021-07-30 |
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| CN202022351026.4U Active CN213824573U (en) | 2020-10-19 | 2020-10-19 | Pesticide preparation mixes system of disposition all |
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