CN211982598U - Water and fertilizer integrated fertilizer preparation system for potted flowers - Google Patents
Water and fertilizer integrated fertilizer preparation system for potted flowers Download PDFInfo
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- CN211982598U CN211982598U CN202020066296.8U CN202020066296U CN211982598U CN 211982598 U CN211982598 U CN 211982598U CN 202020066296 U CN202020066296 U CN 202020066296U CN 211982598 U CN211982598 U CN 211982598U
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Abstract
The utility model belongs to the technical field of the cultivation device technique and specifically relates to a fertile system is joined in marriage in flowers liquid manure integration cultivated in a pot. The water and fertilizer integrated fertilizer preparation system for potted flowers comprises a clean water tank (1), a water inlet pump (2), a nitrogen fertilizer water supply electromagnetic valve (3), a phosphate fertilizer water supply electromagnetic valve (4), a potassium fertilizer water supply electromagnetic valve (5), a trace fertilizer water supply electromagnetic valve (6), a nitrogen fertilizer preparation box (7), a phosphate fertilizer preparation box (8), a potassium fertilizer preparation box (9), a trace fertilizer preparation box (10), a nitrogen fertilizer quantitative feeding machine (11), a phosphate fertilizer quantitative feeding machine (12), a potassium fertilizer quantitative feeding machine (13), a trace fertilizer quantitative feeding machine (14), a nitrogen fertilizer metering pump (15), a phosphate fertilizer metering pump (16), a potassium fertilizer metering pump (17), a trace fertilizer metering pump (18), a main infusion pipe (19) and a control box (20). The utility model discloses simple structure, easy and simple to handle, labour saving and time saving, join in marriage liquid fertile efficient, can prepare different liquid fertile.
Description
Technical Field
The utility model belongs to the technical field of the cultivation device technique and specifically relates to a fertile system is joined in marriage in flowers liquid manure integration cultivated in a pot.
Background
When the potted flowers are produced in the greenhouse, the requirements of different flowers on water and fertilizer are different, the liquid fertilizer has balanced nutrients and high absorption and utilization rate, can be directly absorbed by the flowers, is convenient for fertigation and mechanized operation, and is suitable for the fertilization of the flowers. Most of fertilizer preparation machines in the prior art are suitable for solid fertilizers, different raw materials are mixed and then added with water in a liquid preparation pool for stirring and mixing, but some raw materials are not dissolved due to different dissolution difficulty degrees of the raw materials, and the nutrient components of the prepared liquid fertilizer are unbalanced due to insufficient mixing of mixed liquid, so that the liquid fertilizer is different from an expected raw liquid in proportion, and the prepared liquid fertilizer cannot provide required nutrients for flowers after being used. And aiming at different formulas, the manual batching is time-consuming and tedious, the efficiency is low, and the fertilizer using requirement of the greenhouse for producing potted flowers can not be met.
Disclosure of Invention
The utility model provides a water-fertilizer integrated fertilizer preparation system for potted flowers, which has simple structure, simple operation, time and labor saving, high liquid fertilizer preparation efficiency and can prepare different liquid fertilizers aiming at the defects of the prior art; the problem of automatically and quickly preparing the liquid fertilizer for the flowers according to the formula requirement is effectively solved, and the integrated operation of water and fertilizer is realized.
In order to achieve the above object, the utility model discloses the technical solution who adopts is:
a water and fertilizer integrated fertilizer preparation system for potted flowers comprises a clean water tank, a water inlet pump, a nitrogen fertilizer water supply electromagnetic valve, a phosphate fertilizer water supply electromagnetic valve, a potassium fertilizer water supply electromagnetic valve, a trace fertilizer water supply electromagnetic valve, a nitrogen fertilizer preparation tank, a phosphate fertilizer preparation tank, a potassium fertilizer preparation tank, a trace fertilizer preparation tank, a nitrogen fertilizer quantitative feeding machine, a phosphate fertilizer quantitative feeding machine, a potassium fertilizer quantitative feeding machine, a trace fertilizer quantitative feeding machine, a nitrogen fertilizer metering pump, a phosphate fertilizer metering pump, a potassium fertilizer metering pump, a trace fertilizer metering pump, a main infusion pipe and a control box;
the bottom of the clear water tank is connected with the water inlet of the water inlet pump through a water outlet pipe, the water outlet of the water inlet pump is connected with a water supply main pipe, the water supply main pipe is connected with a nitrogenous fertilizer water supply pipe, a phosphatic fertilizer water supply pipe, a potash fertilizer water supply pipe and a trace fertilizer water supply pipe, the nitrogenous fertilizer water supply pipe, the phosphatic fertilizer water supply pipe, the potash fertilizer water supply pipe and the trace fertilizer water supply pipe are respectively connected with a liquid inlet above a nitrogenous fertilizer preparation tank, a phosphatic fertilizer preparation tank, a potash fertilizer preparation tank and a trace fertilizer preparation tank, and the nitrogenous fertilizer water supply pipe, the phosphatic fertilizer water supply pipe, the potash fertilizer water supply pipe and the trace fertilizer water;
the upper parts of the nitrogenous fertilizer preparation box, the phosphatic fertilizer preparation box, the potassic fertilizer preparation box and the trace fertilizer preparation box are provided with a stirring motor and a feed inlet, and the lower parts of the nitrogenous fertilizer preparation box, the phosphatic fertilizer preparation box, the potassic fertilizer preparation box and the trace fertilizer preparation box are respectively provided with a nitrogenous fertilizer outlet pipe, a phosphatic fertilizer outlet pipe, a potassic fertilizer outlet pipe and a trace fertilizer; a stirring rod is arranged below the stirring motor, and blades are arranged on the stirring rod;
the quantitative nitrogen fertilizer feeding machine, the quantitative phosphate fertilizer feeding machine, the quantitative potassium fertilizer feeding machine and the quantitative trace fertilizer feeding machine comprise a support, a conveying belt, a conveying motor and a storage hopper, wherein the conveying belt is arranged on the support, the storage hopper is arranged above one end of the conveying belt, the other end of the conveying belt is arranged above a feed inlet, a weighing sensor is attached to the lower portion of the conveying belt, and the conveying belt is driven by the conveying motor;
the nitrogen fertilizer outlet pipe, the phosphate fertilizer outlet pipe, the potassium fertilizer outlet pipe and the trace fertilizer outlet pipe are respectively provided with a nitrogen fertilizer metering pump, a phosphate fertilizer metering pump, a potassium fertilizer metering pump and a trace fertilizer metering pump, and the nitrogen fertilizer outlet pipe, the phosphate fertilizer outlet pipe, the potassium fertilizer outlet pipe and the trace fertilizer outlet pipe are connected with a transfusion main pipe;
the control box comprises a first fertilizer preparation switch, a second fertilizer preparation switch, a third fertilizer preparation switch, a transfusion switch and a controller;
the controller is connected with the water inlet pump, the nitrogenous fertilizer supply electromagnetic valve, the phosphatic fertilizer supply electromagnetic valve, the potash fertilizer supply electromagnetic valve, the trace fertilizer supply electromagnetic valve, the conveying motor, the nitrogenous fertilizer metering pump, the phosphatic fertilizer metering pump, the potash fertilizer metering pump and the trace fertilizer metering pump through control lines.
The controller is a DCS host.
The signal lines and the control lines are shielding lines.
When the fertilizer is prepared, staff firstly load corresponding solid fertilizer into a storage hopper of the nitrogen fertilizer quantitative feeding machine, the phosphorus fertilizer quantitative feeding machine, the potassium fertilizer quantitative feeding machine and the trace fertilizer quantitative feeding machine, then press one of the first fertilizer preparation switch, the second fertilizer preparation switch and the third fertilizer preparation switch according to requirements, and transmit signals to the controller through a signal line, the controller starts a corresponding conveying motor through a control line, transmits signals to the controller through a corresponding weighing sensor, the controller stops a corresponding conveying motor through a control line, and ensures that quantitative nitrogen fertilizer, phosphorus fertilizer, potassium fertilizer and trace fertilizer are conveyed into the nitrogen fertilizer preparation box, the phosphorus fertilizer preparation box, the potassium fertilizer preparation box and the trace fertilizer preparation box, then the controller starts a water inlet pump through the control line to operate, and opens a nitrogen fertilizer water supply electromagnetic valve, The device comprises a phosphorus fertilizer water supply electromagnetic valve, a potassium fertilizer water supply electromagnetic valve and a trace fertilizer water supply electromagnetic valve, wherein water is supplied to a nitrogen fertilizer preparation box, a phosphorus fertilizer preparation box, a potassium fertilizer preparation box and a trace fertilizer preparation box, a controller closes the nitrogen fertilizer water supply electromagnetic valve, the phosphorus fertilizer water supply electromagnetic valve, the potassium fertilizer water supply electromagnetic valve and the trace fertilizer water supply electromagnetic valve through a control line after a certain time, an intake pump is stopped to run, a stirring motor is started to stir the fertilizer and water in the nitrogen fertilizer preparation box, the phosphorus fertilizer preparation box, the potassium fertilizer preparation box and the trace fertilizer preparation box, and the controller stops the stirring motor from running through the control line after a certain time to complete fertilizer preparation work.
During the infusion work, the staff presses down the infusion switch, and the infusion switch passes through the signal line with the signal transmission to the controller, and the controller starts nitrogen fertilizer measuring pump, phosphorus fertilizer measuring pump, potash fertilizer measuring pump and trace fertilizer measuring pump through the control line, mixes in will dissolving liquid nitrogen fertilizer, liquid phosphorus fertilizer, liquid potash fertilizer and liquid trace fertilizer pump infusion house steward and input the nutrient solution pond, and in transportation process, various fertilizers carry out the intensive mixing. After a certain time, the controller closes the nitrogen fertilizer metering pump, the phosphate fertilizer metering pump, the potassium fertilizer metering pump and the trace fertilizer metering pump through control lines to complete the transfusion work.
Advantageous effects
1. The utility model discloses simple structure, easy and simple to handle, labour saving and time saving, join in marriage liquid fertile efficient, can prepare different liquid fertile.
2. The utility model discloses a nitrogenous fertilizer water supply solenoid valve, phosphorus fertilizer water supply solenoid valve, potash fertilizer water supply solenoid valve, trace fertilizer water supply solenoid valve control gets into nitrogenous fertilizer and joins in marriage fertile case, the fertile case is joined in marriage to the phosphorus fertilizer, the water yield in the fertile case is joined in marriage to the potash fertilizer, adopt nitrogenous fertilizer ration to give the volume machine, the volume machine is given to the phosphorus fertilizer ration, the volume machine is given to the potash fertilizer ration, trace fertilizer ration gets into nitrogenous fertilizer and joins in marriage fertile case for the volume machine control, the fertile case is joined in marriage to the phosphorus fertilizer, potash fertilizer joins in marriage fertile case, the fertilizer volume in the fertile case is joined in marriage to the trace fertilizer, can prepare the liquid fertilizer of different prescriptions as required, guarantee.
3. The utility model discloses an agitator motor drives puddler and blade stirring, makes and gets into that nitrogenous fertilizer joins in marriage fertile case, phosphorus fertilizer and joins in marriage fertile case, potash fertilizer and join in marriage fertile case, trace fertilizer and join in marriage fertile case water and fertilizer and fully dissolve, guarantees that the liquid fertilizer nutrient composition who prepares is balanced, does not have the difference with anticipated stoste ratio.
4. The utility model discloses a nitrogenous fertilizer measuring pump, phosphorus fertilizer measuring pump, potash fertilizer measuring pump, trace fertilizer measuring pump will dissolve liquid nitrogenous fertilizer, liquid phosphorus fertilizer, liquid potash fertilizer and the fertile pump of liquid trace and mix and input the nutrient solution pond in going into the infusion house steward, in transportation process, guaranteed that various fertilizers carry out the intensive mixing.
5. The utility model discloses a controller realizes joining in marriage the automatic operation of fertile, infusion work, makes easy and simple to handle, labour saving and time saving, joins in marriage liquid fertile efficient.
6. The utility model discloses a join in marriage fertile switch, No. three and join in marriage fertile switch, controller and weighing sensor for one number, can prepare different liquid fertilizers according to the prescription that needs.
Drawings
Fig. 1 is a perspective view of the present invention.
Fig. 2 is a perspective view of the quantitative measuring machine and the control box of the present invention.
Figure 3 is a sectional view of the nitrogen fertilizer mixing box of the utility model.
Figure 4 is a perspective view of the nitrogen fertilizer quantitative measuring machine of the utility model.
Fig. 5 is a schematic connection diagram of the present invention.
1-clean water tank, 2-water inlet pump, 3-nitrogenous fertilizer supply electromagnetic valve, 4-phosphate fertilizer supply electromagnetic valve, 5-potash fertilizer supply electromagnetic valve, 6-trace fertilizer supply electromagnetic valve, 7-nitrogenous fertilizer preparation box, 8-phosphate fertilizer preparation box, 9-potash fertilizer preparation box, 10-trace fertilizer preparation box, 11-nitrogenous fertilizer quantitative dosing machine, 12-phosphate fertilizer quantitative dosing machine, 13-potash fertilizer quantitative dosing machine, 14-trace fertilizer quantitative dosing machine, 15-nitrogenous fertilizer metering pump, 16-phosphate fertilizer metering pump, 17-potash fertilizer metering pump, 18-trace fertilizer metering pump, 19-infusion main pipe, 20-control box, 21-water outlet pipe, 22-water supply main pipe, 23-nitrogenous fertilizer supply pipe, 24-phosphate fertilizer supply pipe, 25-potash fertilizer supply pipe, 26-trace fertilizer water supply pipe, 27-stirring motor, 28-feeding hole, 29-nitrogen fertilizer liquid outlet pipe, 30-phosphate fertilizer liquid outlet pipe, 31-potassium fertilizer liquid outlet pipe, 32-trace fertilizer liquid outlet pipe, 33-stirring rod, 34-blade, 35-bracket, 36-conveying belt, 37-conveying motor, 38-storage hopper, 39-weighing sensor, 40-first fertilizer distribution switch, 41-second fertilizer distribution switch, 42-third fertilizer distribution switch, 43-transfusion switch and 44-controller.
Detailed Description
As shown in fig. 1, fig. 2, fig. 3, fig. 4 and fig. 5, the water-fertilizer integrated fertilizer preparation system for potted flowers comprises a clear water tank 1, a water inlet pump 2, a nitrogenous fertilizer water supply electromagnetic valve 3, a phosphatic fertilizer water supply electromagnetic valve 4, a potash fertilizer water supply electromagnetic valve 5, a trace fertilizer water supply electromagnetic valve 6, a nitrogenous fertilizer preparation tank 7, a phosphatic fertilizer preparation tank 8, a potash fertilizer preparation tank 9, a trace fertilizer preparation tank 10, a nitrogenous fertilizer quantitative feeding machine 11, a phosphatic fertilizer quantitative feeding machine 12, a potash fertilizer quantitative feeding machine 13, a trace fertilizer quantitative feeding machine 14, a nitrogenous fertilizer metering pump 15, a phosphatic fertilizer metering pump 16, a potash fertilizer metering pump 17, a trace fertilizer metering pump 18, a main fluid delivery pipe 19 and a control box 20;
the bottom of the clear water tank 1 is connected with the water inlet of the water inlet pump 2 through the water outlet pipe 21, the water outlet of the water inlet pump 2 is connected with the water supply main 22, the water supply main 22 is connected with the nitrogenous fertilizer water supply pipe 23, the phosphatic fertilizer water supply pipe 24, the potash fertilizer water supply pipe 25 and the trace fertilizer water supply pipe 26, the nitrogenous fertilizer water supply pipe 23, the phosphatic fertilizer water supply pipe 24, the potash fertilizer water supply pipe 25 and the trace fertilizer water supply pipe 26 are respectively connected with the liquid inlets above the nitrogenous fertilizer preparation tank 7, the phosphatic fertilizer preparation tank 8, the potash fertilizer preparation tank 9 and the trace fertilizer preparation tank 10, and the nitrogenous fertilizer water supply pipe 23, the phosphatic fertilizer water supply pipe 24, the potash fertilizer water supply pipe 25 and the trace fertilizer water supply pipe 26 are respectively provided with;
the upper parts of the nitrogenous fertilizer preparation box 7, the phosphatic fertilizer preparation box 8, the potassic fertilizer preparation box 9 and the trace fertilizer preparation box 10 are provided with a stirring motor 27 and a feed inlet 28, and the lower parts are respectively provided with a nitrogenous fertilizer outlet pipe 29, a phosphatic fertilizer outlet pipe 30, a potassic fertilizer outlet pipe 31 and a trace fertilizer outlet pipe 32; a stirring rod 33 is arranged below the stirring motor 27, and blades 34 are arranged on the stirring rod 33;
the nitrogen fertilizer quantitative feeding machine 11, the phosphate fertilizer quantitative feeding machine 12, the potash fertilizer quantitative feeding machine 13 and the trace fertilizer quantitative feeding machine 14 comprise a support 35, a conveying belt 36, a conveying motor 37 and a storage hopper 38, wherein the support 35 is provided with the conveying belt 36, the storage hopper 38 is arranged above one end of the conveying belt 36, the other end of the conveying belt 36 is arranged above the feeding hole 28, a weighing sensor 39 is attached to and arranged below the conveying belt 36, and the conveying belt 36 is driven by the conveying motor 37;
a nitrogenous fertilizer metering pump 15, a phosphatic fertilizer metering pump 16, a potassic fertilizer metering pump 17 and a trace fertilizer metering pump 18 are respectively arranged on the nitrogenous fertilizer outlet pipe 29, the phosphatic fertilizer outlet pipe 30, the potassic fertilizer outlet pipe 31 and the trace fertilizer outlet pipe 32, and the nitrogenous fertilizer outlet pipe 29, the phosphatic fertilizer outlet pipe 30, the potassic fertilizer outlet pipe 31 and the trace fertilizer outlet pipe 32 are connected with a transfusion main pipe 19;
the control box 20 comprises a first fertilizer distribution switch 40, a second fertilizer distribution switch 41, a third fertilizer distribution switch 42, a transfusion switch 43 and a controller 44;
the weighing sensor 39, the first fertilizer preparation switch 40, the second fertilizer preparation switch 41, the third fertilizer preparation switch 42 and the infusion switch 43 are connected with the controller 44 through signal lines, and the controller 44 is connected with the water inlet pump 2, the nitrogenous fertilizer water supply electromagnetic valve 3, the phosphatic fertilizer water supply electromagnetic valve 4, the potash fertilizer water supply electromagnetic valve 5, the trace fertilizer water supply electromagnetic valve 6, the conveying motor 37, the nitrogenous fertilizer metering pump 15, the phosphatic fertilizer metering pump 16, the potash fertilizer metering pump 17 and the trace fertilizer metering pump 18 through control lines.
The controller 44 is a DCS host.
The signal lines and the control lines are shielding lines.
When the fertilizer is prepared, firstly, the corresponding solid fertilizer is loaded into the storage hopper 38 of the nitrogen fertilizer quantitative supply machine 11, the phosphorus fertilizer quantitative supply machine 12, the potassium fertilizer quantitative supply machine 13 and the trace fertilizer quantitative supply machine 14 by staff, then one of the first fertilizer preparation switch 40, the second fertilizer preparation switch 41 and the third fertilizer preparation switch 42 is pressed down according to the requirement, one of the first fertilizer preparation switch 40, the second fertilizer preparation switch 41 and the third fertilizer preparation switch 42 transmits a signal to the controller 44 through a signal wire, the controller 44 starts the corresponding conveying motor 37 through a control wire, transmits the signal to the controller 44 through the corresponding weighing sensor 39, the controller 44 stops the corresponding conveying motor 37 through the control wire to ensure that the nitrogen fertilizer, the phosphorus fertilizer, the potassium fertilizer and the trace fertilizer are conveyed quantitatively into the nitrogen fertilizer preparation tank 7, the phosphorus fertilizer preparation tank 8, the potassium fertilizer preparation tank 9 and the trace fertilizer preparation tank 10, and then the controller 44 starts the water inlet pump 2 to run through the control wire, and opening the nitrogenous fertilizer water supply electromagnetic valve 3, the phosphatic fertilizer water supply electromagnetic valve 4, the potassic fertilizer water supply electromagnetic valve 5 and the trace fertilizer water supply electromagnetic valve 6 to supply water to the nitrogenous fertilizer preparation tank 7, the phosphatic fertilizer preparation tank 8, the potassic fertilizer preparation tank 9 and the trace fertilizer preparation tank 10, closing the nitrogenous fertilizer water supply electromagnetic valve 3, the phosphatic fertilizer water supply electromagnetic valve 4, the potassic fertilizer water supply electromagnetic valve 5 and the trace fertilizer water supply electromagnetic valve 6 through control lines by the controller 44 after a certain time, stopping the operation of the water inlet pump 2, starting the stirring motor 27 to stir the fertilizer and the water in the nitrogenous fertilizer preparation tank 7, the phosphatic fertilizer preparation tank 8, the potassic fertilizer preparation tank 9 and the trace fertilizer preparation tank 10, and stopping the operation of the stirring motor 27 through the control lines by the controller 44 after a certain.
When the infusion is in work, the staff presses the infusion switch 43, the infusion switch 43 transmits signals to the controller 44 through signal lines, the controller 44 starts the nitrogen fertilizer metering pump 15, the phosphorus fertilizer metering pump 16, the potassium fertilizer metering pump 17 and the trace fertilizer metering pump 18 through control lines, the dissolved liquid nitrogen fertilizer, liquid phosphorus fertilizer, liquid potassium fertilizer and liquid trace fertilizer are pumped into the infusion main pipe 19 to be mixed and input into the nutrient solution pool, and in the conveying process, various fertilizers are fully mixed. After a certain time, the controller 44 closes the nitrogen fertilizer metering pump 15, the phosphate fertilizer metering pump 16, the potassium fertilizer metering pump 17 and the trace fertilizer metering pump 18 through control lines, and infusion work is completed.
Claims (3)
1. The water and fertilizer integrated fertilizer preparation system for potted flowers is characterized by comprising a clear water tank (1), a water inlet pump (2), a nitrogen fertilizer water supply electromagnetic valve (3), a phosphate fertilizer water supply electromagnetic valve (4), a potassium fertilizer water supply electromagnetic valve (5), a trace fertilizer water supply electromagnetic valve (6), a nitrogen fertilizer preparation box (7), a phosphate fertilizer preparation box (8), a potassium fertilizer preparation box (9), a trace fertilizer preparation box (10), a nitrogen fertilizer quantitative dosing machine (11), a phosphate fertilizer quantitative dosing machine (12), a potassium fertilizer quantitative dosing machine (13), a trace fertilizer quantitative dosing machine (14), a nitrogen fertilizer metering pump (15), a phosphate fertilizer metering pump (16), a potassium fertilizer metering pump (17), a trace fertilizer metering pump (18), a main infusion pipe (19) and a control box (20);
the bottom of the clear water tank (1) is connected with the water inlet of the water inlet pump (2) through the water outlet pipe (21), the water outlet of the water inlet pump (2) is connected with the water supply main pipe (22), the water supply main pipe (22) is connected with the nitrogenous fertilizer water supply pipe (23), the phosphate fertilizer water supply pipe (24), the potash fertilizer water supply pipe (25) and the trace fertilizer water supply pipe (26), the nitrogenous fertilizer water supply pipe (23), the phosphate fertilizer water supply pipe (24), the potash fertilizer water supply pipe (25) and the trace fertilizer water supply pipe (26) are respectively connected with the nitrogenous fertilizer preparation tank (7), the phosphate fertilizer preparation tank (8), the potash fertilizer preparation tank (9) and the inlet above the trace fertilizer preparation tank (10), the nitrogenous fertilizer water supply pipe (23), the phosphate fertilizer water supply pipe (24), the potash fertilizer water supply pipe (25) and the trace fertilizer water supply pipe (26) are respectively provided with the water supply, A trace fertilizer water supply electromagnetic valve (6);
the upper parts of the nitrogen fertilizer preparation box (7), the phosphate fertilizer preparation box (8), the potassium fertilizer preparation box (9) and the trace fertilizer preparation box (10) are provided with a stirring motor (27) and a feed inlet (28), and the lower parts are respectively provided with a nitrogen fertilizer outlet pipe (29), a phosphate fertilizer outlet pipe (30), a potassium fertilizer outlet pipe (31) and a trace fertilizer outlet pipe (32); a stirring rod (33) is arranged below the stirring motor (27), and blades (34) are arranged on the stirring rod (33);
the nitrogen fertilizer quantitative feeding machine (11), the phosphate fertilizer quantitative feeding machine (12), the potash fertilizer quantitative feeding machine (13) and the trace fertilizer quantitative feeding machine (14) comprise a support (35), a conveying belt (36), a conveying motor (37) and a storage hopper (38), wherein the conveying belt (36) is arranged on the support (35), the storage hopper (38) is arranged above one end of the conveying belt (36), the other end of the conveying belt (36) is arranged above a feeding hole (28), a weighing sensor (39) is arranged below the conveying belt (36) in a fitting manner, and the conveying belt (36) is driven by the conveying motor (37);
a nitrogenous fertilizer metering pump (15), a phosphatic fertilizer metering pump (16), a potassic fertilizer metering pump (17) and a trace fertilizer metering pump (18) are respectively arranged on the nitrogenous fertilizer outlet pipe (29), the phosphatic fertilizer outlet pipe (30), the potassic fertilizer outlet pipe (31) and the trace fertilizer outlet pipe (32), and the nitrogenous fertilizer outlet pipe (29), the phosphatic fertilizer outlet pipe (30), the potassic fertilizer outlet pipe (31) and the trace fertilizer outlet pipe (32) are connected with a main infusion pipe (19);
the control box (20) comprises a first fertilizer distribution switch (40), a second fertilizer distribution switch (41), a third fertilizer distribution switch (42), a transfusion switch (43) and a controller (44);
weighing sensor (39), first join in marriage fertile switch (40), second join in marriage fertile switch (41), third join in marriage fertile switch (42) and infusion switch (43) and link to each other with controller (44) through the signal line, controller (44) pass through control line and intake pump (2), nitrogenous fertilizer water supply solenoid valve (3), phosphorus fertilizer water supply solenoid valve (4), potash fertilizer water supply solenoid valve (5), trace fertilizer water supply solenoid valve (6), conveying motor (37), nitrogenous fertilizer metering pump (15), phosphorus fertilizer metering pump (16), potash fertilizer metering pump (17) and trace fertilizer metering pump (18) link to each other.
2. A water and fertilizer integrated fertilizer preparation system for potted flowers according to claim 1, wherein the controller (44) is a DCS host.
3. A potted flower water and fertilizer integrated fertilizer preparation system as claimed in claim 1 or 2 wherein said signal and control lines are shielded lines.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020066296.8U CN211982598U (en) | 2020-01-14 | 2020-01-14 | Water and fertilizer integrated fertilizer preparation system for potted flowers |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020066296.8U CN211982598U (en) | 2020-01-14 | 2020-01-14 | Water and fertilizer integrated fertilizer preparation system for potted flowers |
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| CN211982598U true CN211982598U (en) | 2020-11-24 |
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| CN202020066296.8U Active CN211982598U (en) | 2020-01-14 | 2020-01-14 | Water and fertilizer integrated fertilizer preparation system for potted flowers |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113750834A (en) * | 2021-09-17 | 2021-12-07 | 北京魔鬼鱼科技有限公司 | Automatic liquid cabinet of joining in marriage of car washing chemical liquid |
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2020
- 2020-01-14 CN CN202020066296.8U patent/CN211982598U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113750834A (en) * | 2021-09-17 | 2021-12-07 | 北京魔鬼鱼科技有限公司 | Automatic liquid cabinet of joining in marriage of car washing chemical liquid |
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