CN212184835U - Mixing device structure - Google Patents
Mixing device structure Download PDFInfo
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- CN212184835U CN212184835U CN202020203071.2U CN202020203071U CN212184835U CN 212184835 U CN212184835 U CN 212184835U CN 202020203071 U CN202020203071 U CN 202020203071U CN 212184835 U CN212184835 U CN 212184835U
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Abstract
The utility model provides a mixing device structure, which comprises a water container module, a pesticide container module and a pumping module, wherein the pump module is provided with at least one water delivery pump unit and at least one pesticide delivery pump unit, the water container module is communicated with the water delivery pump unit through the water container output pipe, the pesticide container module is communicated with the pesticide delivery pump unit through the pesticide container output pipe, the water and pesticide of the water delivery pump unit and the pesticide delivery pump unit are communicated to a mixer through the water output pipe and the pesticide output pipe, the mixer set is provided with a quick-release joint and is assembled with at least one sprayer by the quick-release joint, can effectively separate the water from the pesticide flow path and effectively mix in the mixer, and the mixer can be quickly assembled and disassembled with the sprayer through the quick-disassembly joint, thereby achieving the effects of mixing water and pesticide, avoiding pesticide residue and avoiding environmental pollution.
Description
Technical Field
The utility model relates to a mixing arrangement indicates a mixing arrangement structure that can mix water and pesticide and can avoid remaining pesticide and avoid causing environmental pollution especially.
Background
At present, when crops are planted, farmers avoid the planted crops from being damaged by diseases and insect pests, and therefore, spraying a proper amount of pesticide to enable the crops and fruits to grow more flourishing is an inevitable agricultural operation process, most of the current crops are planted in the pesticide spraying mode, the manual mode is mainly to bear a pesticide storage barrel, the pesticide in the pesticide storage barrel is sucked to a handheld spraying rod through repeated operation and control of an operating handle, and then the pesticide is sprayed out in a mist mode through a spray nozzle at the tail end of the spraying rod, but the manual spraying mode can directly damage the bodies of the farmers, so that a plurality of existing farmers adopt an automatic control spraying mode, but huge construction cost needs to be paid out firstly in automatic control spraying, and the construction cost is continuously increased along with the change of planting positions, and although a technology of spraying by an unmanned carrier is developed at present, however, when the pesticide is sprayed, the components or the concentration of the pesticide can be adjusted according to the variety or the growth condition of crops, and when the pesticide mixed water in the unmanned vehicle spraying system on the market is mixed with the pesticide pipeline, the pesticide pipeline and the water pipeline cannot be effectively separated and mixed, and the spraying pipeline cannot be directly replaced, so that the problems that pesticide residues exist in the spraying system and the spraying pipeline are caused, and when the spraying system and the spraying pipeline are used for replacing the pesticide types and spraying for more than the second time, the sprayed pesticide can be mixed with the residual pesticide and sprayed onto the crops, so that the problems of harm to the crops, environmental pollution and the like can be caused relatively.
Therefore, there is a need in the art for a new solution to the above-mentioned problems.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a but mixing arrangement structure of mixed water and pesticide and can avoid remaining pesticide and avoid causing environmental pollution.
A mixing device structure characterized by: comprises a water container module, which is provided with a water container output pipe;
a pesticide container module, which is provided with a pesticide container output pipe;
the pump module comprises at least one water delivery pump unit and at least one pesticide delivery pump unit, the water delivery pump unit is communicated with the water container output pipe and is communicated with a water output pipe, the pesticide delivery pump unit is communicated with the pesticide container output pipe and is communicated with a pesticide output pipe, the pesticide output pipe and the water output pipe are simultaneously communicated to a mixer, and the mixer and at least one sprayer are mutually assembled.
Furthermore, the mixing device structure is assembled with a remote control device.
Furthermore, the far-end control device is provided with an embedding hole, the outer side of the water container module is provided with an eaves part, and the water container module is arranged in the embedding hole and is limited by the embedding hole, so that the water container module is fixed in the embedding hole.
Further, the pumping module is arranged at the bottom of the far-end control device, at least one joint part is formed at the bottom of the far-end control device and is mutually assembled with at least one top group part at the top of the pumping module, a bottom group part is further formed at the bottom of the pumping module, at least one assembling part is formed at the top of the pesticide conveying pump, and the pesticide conveying pump is mutually assembled with the bottom group part through the assembling part and is fixed at the bottom of the pumping module.
Furthermore, the remote control device is further provided with a pesticide container fixing piece which is mutually assembled with the pesticide container module.
Furthermore, a water shunt valve can be arranged between the water container output pipe and the water delivery pumping unit, the water container output pipe is assembled with the water shunt valve, another group of the water shunt valve is provided with a shunt pipe communicated with the water delivery pumping unit, the water shunt valve can be assembled with an expansion shunt pipe communicated with another water delivery pumping unit, a pesticide shunt valve can be arranged between the pesticide container output pipe and the pesticide delivery pumping unit, the pesticide shunt valve can be assembled with the pesticide delivery pumping unit and another pesticide delivery pumping unit, and the pesticide container output pipe is provided with at least one pesticide filter valve.
Further, the mixer is provided with a quick-release joint, and the mixer and the sprayer are mutually assembled through the quick-release joint.
Furthermore, an electromagnetic valve can be arranged between the quick-release connector and the sprayer.
Further, at least one mixing channel is arranged in the mixer.
Further, a pesticide filter valve is arranged on the pesticide container fixing piece.
Adopt above-mentioned technical scheme the utility model discloses following beneficial effect can be brought:
the utility model comprises a water container module, a pesticide container module and a pumping module, wherein the pumping module is provided with at least one water delivery pumping unit and at least one pesticide delivery pumping unit, the water container module is communicated with the water delivery pump unit through the water container output pipe, the pesticide container module is communicated with the pesticide delivery pump unit through the pesticide container output pipe, the water and pesticide of the water delivery pump unit and the pesticide delivery pump unit are communicated to a mixer through the water output pipe and the pesticide output pipe, the mixer set is provided with a quick-release joint and is assembled with at least one sprayer by the quick-release joint, can effectively separate the water from the flow path of the pesticide and effectively mix in the mixer, and the mixer can be quickly assembled and disassembled with the sprayer through the quick-disassembly joint, thereby achieving the effects of mixing water and pesticide, avoiding pesticide residue and avoiding environmental pollution.
Drawings
Fig. 1 is a schematic diagram of a module of the mixing device structure of the present invention.
Fig. 2 is a schematic diagram of the mixing device structure of the present invention.
Fig. 3 is an implementation schematic diagram of the structure of the mixing device of the present invention.
In the figure, 1-mixing device structure, 2-water container module, 21-water container output pipe, 211-water shunt valve, 22-cornice part, 212-shunt pipe, 213-expansion shunt pipe, 3-pesticide container module, 31-pesticide container output pipe, 311-pesticide shunt valve, 32-pesticide discharge control unit, 4-pumping module, 41-water delivery pumping unit, 411-water output pipe, 42-pesticide delivery pumping unit, 421-pesticide output pipe, 422-assembly part, 43-top assembly part, 44-bottom assembly part, 45-mixer, 451-mixing channel, 46-quick-release connector, 461-sprayer, 462-electromagnetic valve part, 5-remote control device, 51-battery module, 52-flight control module, 52-pesticide discharge control module, 53-joint, 54-embedded hole, 55-pesticide container fixing piece and 551-pesticide filter valve.
Detailed Description
First, please refer to fig. 1 and 2, which are schematic diagrams of a module and an apparatus of the present invention, and it can be clearly seen from the drawings that the mixing apparatus structure 1 includes a water container module 2, a pesticide container module 3, and a pumping module 4.
The mixing device structure 1 is disposed on a remote control device 5, the remote control device 5 is disposed with at least a battery module 51 and a flight control module 52, the bottom of the remote control device 5 is formed with at least a joint 53 and an embedding hole 54, the remote control device 5 is disposed with a pesticide container fixing member 55, and the pesticide container fixing member 55 is disposed with a pesticide filtering valve 551.
The water container module 2 is assembled with the remote control device 5 through the insertion hole 54 of the remote control device 5, the water container module 2 is provided with a water container output tube 21, the outer side of the water container module 2 is provided with an eaves portion 22, and the eaves portion 22 can pass through the remote control device 5 and is limited on the insertion hole 54.
The pesticide container module 3 is assembled with the pesticide container fixing part 55 of the remote control device 5, the pesticide container module 3 is provided with a pesticide container output pipe 31, the pesticide container module 3 is further provided with a pesticide discharge control unit 32, the pesticide container fixing part 55 can be independently arranged or fixed on the remote control device 5, so that the pesticide container module 3 can be quickly assembled and disassembled and fixed on the pesticide container fixing part 55, the pesticide container fixing part 55 can be an assembly with internal threads with different sizes, so that the pesticide container fixing part 55 can correspond to the pesticide container modules 3 with different calibers, a pesticide filter valve 551 is arranged in the pesticide container fixing part 55, the pesticide filter valve 551 can filter macromolecular substances in the pesticide container module 3, and outside air can smoothly enter the pesticide container module 3 and smoothly discharge pesticides in the pesticide container module 3, in addition, the pesticide discharge control unit 32 can be connected with a remote end, so that a user can remotely control the discharge speed and discharge amount of the pesticide container module 3, and further, the pesticide concentration can be effectively controlled.
The pumping module 4 is disposed at the bottom of the remote control device 5, and the pumping module 4 comprises at least one water delivery pumping unit 41 and at least one pesticide delivery pumping unit 42, and the top of the pumping module 4 has a top group 43, and the pumping module 4 can be quickly assembled and disassembled at the joint 53 at the bottom of the remote control device 5 through the top group 43, wherein the water delivery pumping unit 41 can be connected with the remote end, so that the user can control the rotating speed of the water delivery pumping unit 41 to control the water discharge speed, and the water delivery pumping unit 41 is communicated with the water container output tube 21, the water delivery pumping unit 41 is further provided with a water output tube 411, the water output tube 411 is communicated with the water delivery pumping unit 41, the pesticide delivery pumping unit 42 is a peristaltic pump, and the pesticide delivery pumping unit 42 can be connected with the remote end, so that a user can remotely control the rotation speed of the pesticide delivery pump unit 42 to control the pesticide discharge speed, the pesticide delivery pump unit 42 is communicated with the pesticide container output pipe 31, and the pesticide delivery pump unit 42 is further provided with a pesticide output pipe 421, so that the liquid discharge amount can be changed by controlling the rotation speed of the pump unit, and the mixing ratio of pesticide and water can be adjusted to achieve the efficacy of controlling the pesticide concentration, wherein the water delivery pump unit 41 and the pesticide delivery pump unit 42 can be simultaneously arranged in the pump module 4, or the water delivery pump unit 41 is arranged in the pump module 4, the pesticide delivery pump 42 is arranged at the bottom of the pump module 4, a bottom group part 44 is formed at the bottom of the pump module 4, and at least one connecting part 421 is formed at the top of the pesticide delivery pump 42, so that the connecting part 422 of the pesticide delivery pump 42 can be quickly assembled and disassembled on the bottom group part 44 at the bottom of the pump module 4 In addition, the pesticide delivery pump 42 can be disposed in the pump module 4, the water delivery pump unit 41 can be disposed at the bottom of the pump module 4, the water delivery pump unit 41 can be combined with the pesticide delivery pump 42 in the same manner, so that the pump module 4 can be conveniently assembled and disassembled on the remote control device 5, the water delivery pump unit 41 and the pesticide delivery pump 42 can also be conveniently assembled and disassembled on the pump module 4, the pump module 4 is further provided with a mixer 45, a mixing channel 451 is disposed inside the mixer 45, the mixer 45 is connected with the water output pipe 411 and the pesticide output pipe 421, the channel of the mixer 43 communicated with the water output pipe 411 is larger than the channel communicated with the pesticide output pipe 421, so that the water flow is larger than the pesticide flow, and the mixer 45 is disposed by using the churn principle, so that the interior of the mixer 45 is retracted, so that the flow rate is small and the flow speed is slow and the preliminary water and pesticide are mixed, then a quick-release connector 46 is further arranged in the mixing channel 451 to uniformly mix the mixer 45, the quick-release connector 46 is mutually assembled with at least one sprinkler 461, the quick-release connector 46 and the sprinkler 461 can be directly assembled or assembled by a pipeline, an electromagnetic valve 462 can be further arranged between the quick-release connector 46 and the sprinkler 461, the electromagnetic valve 462 can be connected with a far end, so that a user can remotely control whether the electromagnetic valve 462 sprays or not, and the electromagnetic valve 463 can be directly assembled or assembled by a pipeline with a single sprinkler 461 or assembled by a plurality of sprinklers 461 by a pipeline.
Wherein when the mixing device structure 1 is used, it can directly and rapidly combine with the remote control device 5 such as an unmanned aerial vehicle, the water in the water container module 2 is sent to the water delivery pump unit 41 through the water container output pipe 21, the water delivery pump unit 41 pressurizes the water and sends the water to the mixing valve 531 through the water output pipe 411, the pesticide in the pesticide container module 3 is sent to the pesticide delivery pump unit 42 through the pesticide container output pipe 31, the pesticide delivery pump unit 42 pressurizes the pesticide and sends the pesticide to the mixing valve 531 through the pesticide output pipe 421, the water and pesticide in the mixing valve 531 are sent to the sprayer 461 through the mixing channel 451 of the mixer 45, so that the sprayer 461 can spray the pesticide of the mixed water, and after spraying, the sprayer 461 can be rapidly detached through the quick release joint 46, the water and pesticide flow path can be effectively separated and effectively mixed in the mixer 45, and the mixer 45 can be quickly disassembled and assembled with the sprayer 431 through the quick-release connector 43, so that the effects of mixing water and pesticide, avoiding pesticide residue and avoiding environmental pollution can be achieved.
Please refer to the drawings and fig. 3, which are schematic diagrams of the present invention, wherein the mixing device structure 1 has a part of components and the corresponding relationship between the components is the same as the mixing device structure 1, so the details are not repeated herein, except that the mixing device structure 1 has the main difference that a water diversion valve 211 can be disposed between the water container output tube 21 and the water delivery pump unit 41, the water container output tube 21 is disposed with the water diversion valve 211, another group of the water diversion valve 211 is disposed with a diversion tube 212 communicating with the water delivery pump unit 41, the water diversion valve 211 can be further disposed with an expansion diversion tube 213 communicating with another water delivery pump unit 41, and a Y-shaped diversion channel can be present between the water diversion valve 211 and the diversion tube 212 and the expansion diversion tube 213, so that the diversion tube 212 and the expansion diversion tube 213 can achieve the effect of uniform diversion, in addition, a pesticide flow divider 311 can be disposed between the output pipe 31 of the pesticide container and the pesticide delivery pump unit 42, the pesticide flow divider 311 can be configured with the pesticide delivery pump unit 42 and another pesticide delivery pump unit 42, the another water delivery pump unit 41 and the another pesticide delivery pump unit 42 can be communicated to another mixer 45, and the quick release connector 46 and at least one sprayer 461 of the another mixer 45 can effectively separate water and pesticide flow paths and effectively mix in the mixer 45, and the mixer 45 can be quickly disassembled and assembled through the quick release connector 46 and the sprayer 461, thereby achieving the effects of mixing water and pesticide, avoiding pesticide residue and environmental pollution.
Claims (10)
1. A mixing device structure characterized by: comprises a water container module, which is provided with a water container output pipe;
a pesticide container module, which is provided with a pesticide container output pipe;
the pump module comprises at least one water delivery pump unit and at least one pesticide delivery pump unit, the water delivery pump unit is communicated with the water container output pipe and is communicated with a water output pipe, the pesticide delivery pump unit is communicated with the pesticide container output pipe and is communicated with a pesticide output pipe, the pesticide output pipe and the water output pipe are simultaneously communicated to a mixer, and the mixer and at least one sprayer are mutually assembled.
2. The mixing device structure of claim 1, wherein: the mixing device structure is assembled with a remote control device.
3. The mixing device structure of claim 2, wherein: the far-end control device is provided with an embedding hole, the outer side of the water container module is provided with an eaves part, and the water container module is arranged in the embedding hole and is limited by the embedding hole and the eaves part, so that the water container module is fixed in the embedding hole.
4. The mixing device structure of claim 2, wherein: the said pumping module is set at the bottom of the said far-end control device, and the bottom of the said far-end control device forms at least a joint part and at least a top group part of the top of the pumping module, and the bottom of the said pumping module forms a bottom group part, and the top of the said pesticide delivery pump forms at least a joint part, and the said pesticide delivery pump is set and fixed at the bottom of the said pumping module through the said joint part and the said bottom group part.
5. The mixing device structure of claim 2, wherein: the remote control device is further provided with a pesticide container fixing piece which is mutually assembled with the pesticide container module.
6. The mixing device structure of claim 4, wherein: a water shunt valve can be arranged between the water container output pipe and the water delivery pumping unit, the water container output pipe is assembled with the water shunt valve, the water shunt valve is also assembled with a shunt pipe communicated with the water delivery pumping unit, the water shunt valve is also assembled with an expansion shunt pipe communicated with another water delivery pumping unit, a pesticide shunt valve can be arranged between the pesticide container output pipe and the pesticide delivery pumping unit, the pesticide shunt valve is assembled with the pesticide delivery pumping unit and another pesticide delivery pumping unit, and the pesticide container output pipe is provided with at least one pesticide filter valve.
7. The mixing device structure of claim 1, wherein: the mixer is provided with a quick-release joint, and the mixer and the sprayer are mutually assembled through the quick-release joint.
8. The mixing device structure of claim 7, wherein: an electromagnetic valve can be further arranged between the quick-release connector and the sprinkler.
9. The mixing device structure of claim 1, wherein: at least one mixing channel is arranged in the mixer.
10. The mixing device structure of claim 5, wherein: and the pesticide container fixing piece is provided with a pesticide filter valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020203071.2U CN212184835U (en) | 2020-02-25 | 2020-02-25 | Mixing device structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020203071.2U CN212184835U (en) | 2020-02-25 | 2020-02-25 | Mixing device structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212184835U true CN212184835U (en) | 2020-12-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020203071.2U Expired - Fee Related CN212184835U (en) | 2020-02-25 | 2020-02-25 | Mixing device structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212184835U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111528204A (en) * | 2020-02-25 | 2020-08-14 | 谱曲辰农业科技股份有限公司 | Mixing device structure |
-
2020
- 2020-02-25 CN CN202020203071.2U patent/CN212184835U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111528204A (en) * | 2020-02-25 | 2020-08-14 | 谱曲辰农业科技股份有限公司 | Mixing device structure |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20201222 |
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| CF01 | Termination of patent right due to non-payment of annual fee |