CN108822857A - A kind of soil conditioning pulvis preparation facilities system - Google Patents
A kind of soil conditioning pulvis preparation facilities system Download PDFInfo
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- CN108822857A CN108822857A CN201810631520.0A CN201810631520A CN108822857A CN 108822857 A CN108822857 A CN 108822857A CN 201810631520 A CN201810631520 A CN 201810631520A CN 108822857 A CN108822857 A CN 108822857A
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- pulvis
- raw material
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- metering valve
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- C—CHEMISTRY; METALLURGY
- C09—DYES; PAINTS; POLISHES; NATURAL RESINS; ADHESIVES; COMPOSITIONS NOT OTHERWISE PROVIDED FOR; APPLICATIONS OF MATERIALS NOT OTHERWISE PROVIDED FOR
- C09K—MATERIALS FOR MISCELLANEOUS APPLICATIONS, NOT PROVIDED FOR ELSEWHERE
- C09K17/00—Soil-conditioning materials or soil-stabilising materials
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/83—Mixing plants specially adapted for mixing in combination with disintegrating operations
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/836—Mixing plants; Combinations of mixers combining mixing with other treatments
- B01F33/8363—Mixing plants; Combinations of mixers combining mixing with other treatments with coating
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/20—Measuring; Control or regulation
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/80—Forming a predetermined ratio of the substances to be mixed
- B01F35/88—Forming a predetermined ratio of the substances to be mixed by feeding the materials batchwise
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Life Sciences & Earth Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Engineering & Computer Science (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Pretreatment Of Seeds And Plants (AREA)
- Medical Preparation Storing Or Oral Administration Devices (AREA)
Abstract
The present invention provides a kind of soil conditioning pulvis preparation facilities systems, including central processing unit, disintegrating mechanism, mixed organization, ingredient sector, activation mechanism, cooling body, film coating mechanism, package mechanism and conveying mechanism；The metering valve is transported in the blender after carrying out accurate weighing to smashed raw material powder, the metering valve is transported in the coating machine after raw material after cooling is carried out accurate weighing, to which the Dose Controller according to burden control injects sustained release pulvis according to accurate burden control and assists the injection rate of pulvis, compared to more existing soil conditioning pulvis preparation system, novel soil conditioning pulvis preparation system can be during the preparation process, the amount of raw material is accurately learnt when shifting to raw material, to control auxiliary pulvis and be sustained the injection rate of pulvis, reduce error, substantially increase soil conditioning pulvis quality.
Description
Technical field
The invention belongs to preparation facilities technical field more particularly to a kind of soil conditioning pulvis preparation facilities systems.
Background technique
It is primary raw material that soil conditioning pulvis, which is by natural mineral matter, by high-temperature calcination, extracts the product being process,
There are highly significant " water conservation, is breathed freely at getting fat " three big soil conditioning performances.Soil hardening can be broken, chesson, improve soil
Earth gas permeability reduces heavy metal pollution of soil, promotes soil microbial activities, enhancing soil rich water penetration；With conditioned soil
Earth administers desert and is retained drought resisting, enhance disease-resistant crops ability, improve crop yield, improve quality of agricultural product, restores agriculture
The functions such as crop ecosystem, increase substantially survival rate of planting and agricultural output；Improve agriculture and forestry product quality, restores agricultural and produce
The natural style and features of product.
Soil conditioning pulvis currently on the market during the preparation process, needs to be added auxiliary pulvis and sustained release powder in the preparation
Agent, when transporting between each preparation facilities of raw material, last preparation facilities can remain certain raw material, so that reaching lower layer's preparation
The capacity of device is less than practical injected volume, is difficult to carry out precise measurement to raw material in real time in preparation process in the prior art, so that
It assists the proportion of pulvis and sustained release pulvis excessive, largely effects on the quality of soil conditioning pulvis.
Summary of the invention
The present invention provides a kind of soil conditioning pulvis preparation facilities system, it is intended to solve soil conditioning powder currently on the market
Agent during the preparation process, needs to be added auxiliary pulvis and sustained release pulvis in the preparation, transports when between each preparation facilities of raw material
When, last preparation facilities can remain certain raw material, so that the capacity for reaching lower layer's preparation facilities is less than practical injected volume, it is existing
It is difficult to carry out precise measurement to raw material in real time in preparation process in technology, so that the proportion of auxiliary pulvis and sustained release pulvis is excessive,
The problem of largely effecting on the quality of soil conditioning pulvis.
A kind of soil conditioning pulvis preparation facilities system of the invention, including central processing unit, disintegrating mechanism, mixing machine
Structure, ingredient sector, activation mechanism, cooling body, film coating mechanism, package mechanism and conveying mechanism, wherein the central processing unit
Respectively with the disintegrating mechanism, the mixed organization, the ingredient sector, the activation mechanism, the cooling body, the packet
Film mechanism, the package mechanism are connected with the conveying mechanism, to control the disintegrating mechanism, mixed organization, described
Ingredient sector, the activation mechanism, the cooling body, the film coating mechanism, the package mechanism and the conveying mechanism
Switch state, the disintegrating mechanism include pulverizer, and the pulverizer is ground to crush raw material up to powder,
The ingredient sector includes agent body storehouse and Dose Controller, and agent body storehouse is connected to the Dose Controller, the Dose Controller
It being connected to the mixed organization, the flow of mixed organization is entered to regulate and control auxiliary pulvis, the mixed organization includes blender,
The blender is connected to the pulverizer, and is located at below the outlet of the blender, and being used for will be to smashed raw material powder
End and auxiliary pulvis are uniformly stirred, and the activation mechanism includes forge furnace, and the forge furnace is located at the stirring
The lower section of machine, the mixed raw material of the blender is carried out forging activation, the cooling body includes cooler, described
Cooler is connected to the forge furnace, and is set to the lower section of the forge furnace, is carried out will receive the raw material after forging activates
Cooling, the film coating mechanism includes coating machine, and the coating machine is connected to the cooler, to carry out raw material after cooling
Coating, the package mechanism include packing machine, and the packing machine is located at the lower section of the coating machine, and the conveying mechanism includes meter
Valve is measured, the quantity of the metering valve is five, and the pulverizer is connected to the blender, the metering valve by the metering valve
For being transported in the blender and mixing after carrying out accurate weighing to smashed raw material powder, the blender passes through
The metering valve is connected to the forge furnace, and the metering valve is used to be transported to institute after carrying out accurate weighing to mixed raw material
It states and carries out forging activation in forge furnace, the forge furnace is connected to the cooler by the metering valve, and the metering valve is used
It is transported in the cooler and cools down after the raw material after activation to be carried out to accurate weighing, the cooler passes through the meter
Amount valve is connected to the coating machine, and the metering valve is used to be transported to the coating after raw material after cooling is carried out accurate weighing
Coating is carried out in machine, the coating machine is connected to the packing machine by the metering valve, and the metering valve is used for will be after coating
Finished product be transported in packing machine carry out envelope band packaging.
Wherein, the central processing unit includes central processing unit, display panel and control panel, the display panel and
Control panel difference central processing unit connection, the display panel is to show the pulverizer, metering valve, described
Blender, the forge furnace, the cooler, the coating machine, the packing machine and the Dose Controller are in the course of work
In status data be processed into readable data and feed back to the display surface and by data information transfer to the central processing unit
Plate；For user in the control panel input control data, the control panel is transmitted to the central processing unit for data are controlled,
The central processing unit will control data and be converted to status data to the pulverizer, metering valve, the blender, described
Forge furnace, the cooler, the coating machine, the packing machine and the Dose Controller are controlled, and update readable
According to.
Wherein, the Dose Controller includes auxiliary material tank, sustained release agent tank, dosage pipe, solenoid valve and dosimeter, the dosage
The quantity of pipe, solenoid valve and dosimeter is two, and a dosage pipe is fixedly connected on the auxiliary material tank and the blender
Between, a solenoid valve and a dosimeter are located at the middle section of the dosage pipe, the solenoid valve and dosage score
It is not connect with the central processing unit, a solenoid valve is another to monitor the amount for assisting pulvis of injecting in the blender
The solenoid valve is converted to electric signal transmission to the central processing unit to flow information, and a dosimeter is to pass through
State the inflow state of central processing unit control auxiliary pulvis.
Wherein, another dosage pipe is respectively fixedly connected between the sustained release agent tank and the coating machine, Ling Yisuo
State solenoid valve and another dosimeter be located at the middle part of the dosage pipe, the solenoid valve and dosimeter respectively with the central processing
Device connection, the solenoid valve inject in the coating machine amount for being sustained pulvis to monitor, and the solenoid valve will be sustained pulvis
Dosage information is converted to electric signal transmission to the central processing unit, and the inflow shape of sustained release pulvis is controlled by the dosimeter
State.
Wherein, the metering valve includes measure motor, driving belt, weighing balance, metered flow pipe, metering runner and shell
Body, the measure motor are rotatablely connected by the driving belt and the metering runner, and the surface of the metering valve offers
Measuring tank, the bottom of the metering valve are equipped with the weighing balance, and the metered flow pipe is fixedly connected on the shell, described
Metered flow pipe is located at the upper and lower ends of the shell, and the metering runner is located at the inside of the shell, the measure motor
It is connect with the central processing unit with the weighing balance, for the weighing balance for weighing to raw material, the weighing balance will
The weight information of raw material is converted to electric signal transmission to the central processing unit, and the central processing unit is for controlling the metering
The opening and closing of motor.
Of the invention provides a kind of soil conditioning pulvis preparation facilities system, by the way that the Dose Controller metering valve is arranged
To keep accurately matching for soil conditioning pulvis, after the pulverizer crushes raw material, smashed raw material powder
End is transported in the blender after carrying out accurate weighing, and staff can observe the stirring by the control panel
Raw material powder content in machine, so that the Dose Controller according to burden control injects the blender according to accurate burden control
The content of middle auxiliary pulvis, when raw material is when carrying out coating, the metering valve is used to raw material after cooling carrying out accurate weighing
After be transported in the coating machine, staff can observe material content in the coating machine by the control panel,
So that the Dose Controller according to burden control injects in the coating machine content for being sustained pulvis according to accurate burden control,
Compared to more existing soil conditioning pulvis preparation system, novel soil conditioning pulvis preparation system can during the preparation process,
The amount of raw material is accurately learnt when shifting to raw material, thus control auxiliary pulvis and be sustained the injection rate of pulvis,
Error is reduced, soil conditioning pulvis quality is substantially increased.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of soil conditioning pulvis preparation facilities system of the present invention；
Fig. 2 is the block schematic illustration of soil conditioning pulvis preparation facilities system of the present invention；
Fig. 3 is the preparation flow schematic diagram of soil conditioning pulvis preparation facilities system of the present invention；
Fig. 4 is central processing unit schematic diagram of the invention；
Fig. 5 is the operating process schematic diagram of soil conditioning pulvis preparation facilities system of the present invention；
Fig. 6 is the structural schematic diagram of Dose Controller of the present invention；
Fig. 7 is the partial structure diagram of metering valve of the present invention；
Fig. 8 is the control schematic diagram of Dose Controller of the present invention；
Fig. 9 is the control schematic diagram of metering valve of the present invention.
In figure：100- central processing unit, 101- disintegrating mechanism, 102- mixed organization, 103- ingredient sector, 104- activation
Mechanism, 105- cooling body, 106- film coating mechanism, 107- package mechanism, 108- conveying mechanism, 201- auxiliary material tank, 202- sustained release
Agent tank, 203- dosage pipe, 204- solenoid valve, 205- dosimeter, 301- pulverizer, 302- metering valve, 303- blender, 304- forging
It is aobvious to make furnace, 305- cooler, 306- coating machine, 307- packing machine, 308- Dose Controller, 1001- central processing unit, 1002-
Show panel, 1003- control panel, 3021- measure motor, 3022- driving belt, 3023- measuring tank, 3024- weighing balance,
3025- metered flow pipe, 3026- measure runner, 3027- shell.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
Fig. 1 to Fig. 9 is please referred to, the present invention provides a kind of soil conditioning pulvis preparation facilities system 100, including central processing
Device 109, disintegrating mechanism 101, mixed organization 102, ingredient sector 103, activation mechanism 104, cooling body 105, film coating mechanism
106, package mechanism 107 and conveying mechanism 108, wherein disintegrating mechanism 101, mixed organization 102, ingredient sector 103, activation equipment
Structure 104, cooling body 105, film coating mechanism 106, package mechanism 107 and conveying mechanism 108 connect with central processing unit 109
It connects, central processing unit 109 is for controlling disintegrating mechanism 101, mixed organization 102, ingredient sector 103, activating mechanism 104, cold
But the opening and closing of mechanism 105, film coating mechanism 106, package mechanism 107 and conveying mechanism 108, disintegrating mechanism 101 include powder
Broken machine 301, pulverizer 301 are ground into powder for crushing raw material, and mixed organization 102 includes blender
303, blender 303 will be for will uniformly be stirred smashed raw material powder and auxiliary pulvis, ingredient sector 103
Including Dose Controller 308, amount of the Dose Controller 308 for accurate measurement auxiliary pulvis and sustained release pulvis activates mechanism 104
Including forge furnace 304, forge furnace 304 is used to carry out mixed raw material forging activation, and cooling body 105 includes cooler
305, cooler 305 is used to cool down the raw material after activation, and film coating mechanism 106 includes coating machine 306, and coating machine 306 is used
In raw material after cooling is carried out coating, package mechanism 107 includes packing machine 307, and packing machine 307 is for wrapping finished product
Dress, conveying mechanism 108 include metering valve 302, and the quantity of metering valve 302 is five, and pulverizer 301 is connected to by metering valve 302
Blender 303, metering valve 302 are used to after carrying out accurate weighing to smashed raw material powder be transported in blender 303 and carry out
Mixing, blender 303 are connected to forge furnace 304 by metering valve 302, and metering valve 302 is used to carry out essence to mixed raw material
It being transported in forge furnace 304 after really weighing and carries out forging activation, forge furnace 304 is connected to cooler 305 by metering valve 302,
Metering valve 302 is used to be transported in cooler 305 after the raw material progress accurate weighing after activation and cool down, cooler 305
It is connected to coating machine 306 by metering valve 302, metering valve 302 is used to after raw material after cooling is carried out accurate weighing be transported to
Coating is carried out in coating machine 306, coating machine 306 is connected to packing machine 307 by metering valve 302, and metering valve 302 is used for coating
Finished product afterwards, which is transported in packing machine 307, carries out envelope band packaging.
In the present embodiment, Fig. 1, Fig. 3 and Fig. 4 are please referred to, to realize prepared by raw material by setting metering valve 302
It is weighed in the process, after processing is completed from upper layer preparation facilities, staff passes through control panel and center to raw material at this time
Processor starts measure motor 3021, and measure motor 3021 drives metering runner 3026 to rotate by driving belt 3022, at this time
Raw material is transported in measuring tank 3023 from the metered flow pipe 3205 of the upper end of shell 3027, at this time 3024 pairs of weighing balance meterings
Raw material in slot 3023 is weighed, and the weight information of raw material is converted to electric signal transmission to central processing unit by weighing balance 3024
1001, weight information is converted to digital signal on display panel 1002 and shown by central processing unit 1001, measures runner 3026
It continues to rotate, when measuring tank 3923 is opening down, the raw material in measuring tank 3923 is transported to lower layer from metered flow pipe 3205
The processing of next step is carried out in preparation facilities.
In the present embodiment, the essence of soil conditioning pulvis is kept by setting Dose Controller 308 and metering valve 302
It really matches, after processing is completed from upper layer preparation facilities, staff is opened raw material by control panel and central processing unit at this time
Dynamic measure motor 3021, measure motor 3021 drive metering runner 3026 to rotate by driving belt 3022, and raw material is from shell at this time
It is transported in measuring tank 3023 in the metered flow pipe 3205 of the upper end of body 3027, weighing balance 3024 is in measuring tank 3023 at this time
Raw material weigh, the weight information of raw material is converted to electric signal transmission to central processing unit 1001 by weighing balance 3024, in
Weight information is converted to digital signal on display panel 1002 and shown by central processor 1001, and metering runner 3026 continues to turn
Dynamic, when measuring tank 3923 is opening down, the raw material in measuring tank 3923 is transported to lower layer's preparation dress from metered flow pipe 3205
The middle processing for carrying out next step is set, after raw material enters blender 303, the material content in blender 303 is counted at this time
Amount, staff opens solenoid valve 204 by control panel 1002 and central processing unit 1001, auxiliary in auxiliary material tank 201 at this time
Material is transported in blender 303 by dosage pipe 203, and solenoid valve 204 can monitor in injection coating machine 306 and be sustained pulvis
Amount, staff can be sustained the injection rate of pulvis in strict accordance with burden control, so that blender 303 can be according to the proportion
Raw material and auxiliary material are uniformly mixed, after raw material enters coating machine 306, the material content in coating machine 306 has been at this time
Measured, staff opens solenoid valve 204 by control panel 1002 and central processing unit 1001, at this time sustained release agent tank 202
In sustained release pulvis be transported in coating machine 306 by dosage pipe 203, solenoid valve 204 can monitor to be delayed in injection coating machine 306
The amount of pulvis is released, staff can be sustained the injection rate of pulvis in strict accordance with burden control, so that soil conditioning pulvis
Sustained release reach optimum state, more existing soil conditioning pulvis preparation system, novel soil conditioning pulvis preparation system
The amount of raw material accurately can be learnt when shifting to raw material during the preparation process, thus control auxiliary pulvis and
It is sustained the injection rate of pulvis, error is reduced, substantially increases soil conditioning pulvis quality.
Further, central processing unit 109 includes central processing unit 1001, display panel 1002, control panel 1003,
Display panel 1002, control panel 1003, pulverizer 301, metering valve 302, blender 303, forge furnace 304, cooler 305,
Coating machine 306, packing machine 307 and Dose Controller 308 are connect with central processing unit 1001, central processing unit 1001 is used for
Control pulverizer 301, metering valve 302, blender 303, forge furnace 304, cooler 305, coating machine 306, packing machine 307 and agent
The operating of amount controller 308, display panel 1002 is for showing pulverizer 301 in operation process, metering valve 302, blender
303, each data information of forge furnace 304, cooler 305, coating machine 306, packing machine 307 and Dose Controller 308, control
Panel 1003 is for opening and closing pulverizer 301, metering valve 302, blender 303, forge furnace 304, cooler 305, coating
Machine 306, packing machine 307 and Dose Controller 308.
In the present embodiment, Fig. 2 and Fig. 4 are please referred to, information is handled by setting central processing unit 1001, center
Processor 1001 is for controlling pulverizer 301, metering valve 302, blender 303, forge furnace 304, cooler 305, coating machine
306, the operating of packing machine 307 and Dose Controller 308, display panel 1002 by show pulverizer 301 in operation process, based on
Measure each of valve 302, blender 303, forge furnace 304, cooler 305, coating machine 306, packing machine 307 and Dose Controller 308
A data information, control panel 1003 for open and close pulverizer 301, metering valve 302, blender 303, forge furnace 304,
Cooler 305, coating machine 306, packing machine 307 and Dose Controller 308.
Further, Dose Controller 308 includes auxiliary material tank 201, sustained release agent tank 202, dosage pipe 203,204 and of solenoid valve
Dosimeter 205, the quantity of dosage pipe 203, solenoid valve 204 and dosimeter 205 are two, and the two of one of dosage pipe 203
End is respectively fixedly connected in auxiliary material tank 201 and blender 303, wherein one group of solenoid valve 204 and dosimeter 205 are located in one of
The middle section of dosage pipe 203, wherein one group of solenoid valve 204 and dosimeter 205 are connect with central processing unit 1001, one of electricity
Magnet valve 204 is used to monitor the amount that pulvis is assisted in injection blender 303, and flow information is converted to by one of solenoid valve 204
Electric signal transmission is used for the circulation to auxiliary pulvis is opened and closed to central processing unit 1001, one of dosimeter 205, in
Central processor 1001 is used to control the opening and closing of one of dosimeter 205.
In the present embodiment, after raw material enters blender 303, at this time the material content in blender 303 by
Metering, staff opens solenoid valve 204 by control panel 1002 and central processing unit 1001, at this time in auxiliary material tank 201
Auxiliary material is transported in blender 303 by dosage pipe 203, and solenoid valve 204 can monitor in injection coating machine 306 and be sustained pulvis
Amount, staff can be sustained the injection rate of pulvis in strict accordance with burden control, so that blender 303 can be according to the proportion
Raw material and auxiliary material are uniformly mixed.
Further, the both ends of another dosage pipe 203 are respectively fixedly connected in another set sustained release agent tank 202 and packet
Film machine 306, another set solenoid valve 204 and dosimeter 205 are located at the middle section of another dosage pipe 203, solenoid valve 204 and agent
Meter 205 is connect with central processing unit 1001, and solenoid valve 204 is used to monitor the amount that pulvis is sustained in injection coating machine 306, separately
The flow information for being sustained pulvis is converted to electric signal transmission to central processing unit 1001 by an outer solenoid valve 204, another
Dosimeter 205 is used for the circulation to sustained release pulvis is opened and closed.
In the present embodiment, Fig. 6 to Fig. 9 is please referred to, adding for sustained release pulvis is controlled by setting Dose Controller 308
Add, after raw material enters coating machine 306, the material content in coating machine 306 has been measured at this time, and staff passes through control
Panel 1002 and central processing unit 1001 processed open solenoid valve 204, and the sustained release pulvis in sustained release agent tank 202 passes through dosage pipe at this time
203 are transported in coating machine 306, and solenoid valve 204 can monitor the amount that pulvis is sustained in injection coating machine 306, staff's energy
Enough injection rates in strict accordance with burden control sustained release pulvis, so that the sustained release of soil conditioning pulvis reaches optimum state.
Further, metering valve 302 includes measure motor 3021, driving belt 3022, weighing balance 3024, metered flow pipe
3025, runner 3026 and shell 3027 are measured, measure motor 3021 is sequentially connected by driving belt 3022 in metering runner
3026, the outer surface of measuring tank 3023 offers measuring tank 3023, and the bottom of measuring tank 3023 is equipped with weighing balance 3024, metering
Flowtube 3025 is fixedly connected on shell 3027, and metered flow pipe 3025 is located at the upper and lower ends of shell 3027, measures runner
3026 are located at the inside of shell 3027, and measure motor 3021 and weighing balance 3024 are connect with central processing unit 1001, weighing balance
3024 for weighing to raw material, and the weight information of raw material is converted to electric signal transmission to central processing unit by weighing balance 3024
1001, central processing unit 1001 is used to control the opening and closing of measure motor 3021.
In the present embodiment, it is realized by setting metering valve 302 and raw material is weighed during the preparation process, it is former
After processing is completed from upper layer preparation facilities, staff starts measure motor by control panel and central processing unit to material at this time
3021, measure motor 3021 drives metering runner 3026 to rotate by driving belt 3022, and raw material is from the upper of shell 3027 at this time
It is transported in measuring tank 3023 in the metered flow pipe 3205 at end, weighing balance 3024 carries out the raw material in measuring tank 3023 at this time
The weight information of raw material is converted to electric signal transmission to central processing unit 1001, central processing unit by weighing, weighing balance 3024
Weight information is converted to digital signal on display panel 1002 by 1001 to be shown, metering runner 3026 continues to rotate, and works as metering
When slot 3923 is opening down, the raw material in measuring tank 3923 is transported in lower layer's preparation facilities from metered flow pipe 3205 to be carried out down
The processing of one step, the diameter for measuring runner 3026 are identical with the internal diameter of shell 3027.
Further, central processing unit 109, disintegrating mechanism 101, mixed organization 102, ingredient sector 103, activation mechanism
104, cooling body 105, film coating mechanism 106, package mechanism 107 and conveying mechanism 108 are electrically connected with external power supply.
In the present embodiment, central processing unit 109, disintegrating mechanism 101, mixed organization 102, ingredient sector 103, work
Change mechanism 104, cooling body 105, film coating mechanism 106, package mechanism 107 and conveying mechanism 108 to carry out by external power supply
Power supply.
The working principle of the invention and process for using：After the present invention installs, equipment is accessed into external power supply, pulverizer
301 are connected to blender 303 by metering valve 302, and metering valve 302 is used for defeated after smashed raw material powder progress accurate weighing
Be sent in blender 303 and mixed, blender 303 is connected to forge furnace 304 by metering valve 302, metering valve 302 for pair
It is transported in forge furnace 304 after mixed raw material progress accurate weighing and carries out forging activation, forge furnace 304 passes through metering valve
302 are connected to cooler 305, and metering valve 302 is used to after the raw material after activation is carried out accurate weighing be transported in cooler 305
Cooled down, cooler 305 is connected to coating machine 306 by metering valve 302, metering valve 302 be used for by raw material after cooling into
It being transported to after row accurate weighing in coating machine 306 and carries out coating, coating machine 306 is connected to packing machine 307 by metering valve 302,
Metering valve 302 carries out envelope band packaging for the finished product after coating to be transported in packing machine 307.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.
Claims (5)
1. a kind of soil conditioning pulvis preparation facilities system, which is characterized in that including central processing unit, disintegrating mechanism, mixing machine
Structure, ingredient sector, activation mechanism, cooling body, film coating mechanism, package mechanism and conveying mechanism, wherein the central processing unit
Respectively with the disintegrating mechanism, the mixed organization, the ingredient sector, the activation mechanism, the cooling body, the packet
Film mechanism, the package mechanism are connected with the conveying mechanism, to control the disintegrating mechanism, mixed organization, described
Ingredient sector, the activation mechanism, the cooling body, the film coating mechanism, the package mechanism and the conveying mechanism
Switch state, the disintegrating mechanism include pulverizer, and the pulverizer is ground to crush raw material up to powder,
The ingredient sector includes agent body storehouse and Dose Controller, and agent body storehouse is connected to the Dose Controller, the Dose Controller
It being connected to the mixed organization, the dosage of mixed organization is entered to regulate and control auxiliary pulvis, the mixed organization includes blender,
The blender is connected to the pulverizer, and is located at below the outlet of the blender, and being used for will be to smashed raw material powder
End and auxiliary pulvis are uniformly stirred, and the activation mechanism includes forge furnace, and the forge furnace is located at the stirring
The lower section of machine, the mixed raw material of the blender is carried out forging activation, the cooling body includes cooler, described
Cooler is connected to the forge furnace, and is set to the lower section of the forge furnace, is carried out will receive the raw material after forging activates
Cooling, the film coating mechanism includes coating machine, and the coating machine is connected to the cooler, to carry out raw material after cooling
Coating, the package mechanism include packing machine, and the packing machine is located at the lower section of the coating machine, and the conveying mechanism includes meter
Valve is measured, the quantity of the metering valve is five, and the pulverizer is connected to the blender, the metering valve by the metering valve
For being transported in the blender and mixing after carrying out accurate weighing to smashed raw material powder, the blender passes through
The metering valve is connected to the forge furnace, and the metering valve is used to be transported to institute after carrying out accurate weighing to mixed raw material
It states and carries out forging activation in forge furnace, the forge furnace is connected to the cooler by the metering valve, and the metering valve is used
It is transported in the cooler and cools down after the raw material after activation to be carried out to accurate weighing, the cooler passes through the meter
Amount valve is connected to the coating machine, and the metering valve is used to be transported to the coating after raw material after cooling is carried out accurate weighing
Coating is carried out in machine, the coating machine is connected to the packing machine by the metering valve, and the metering valve is used for will be after coating
Finished product be transported in packing machine carry out envelope band packaging.
2. a kind of soil conditioning pulvis preparation facilities system as described in claim 1, which is characterized in that the central processing dress
It sets including central processing unit, display panel and control panel, the display panel and the control panel distinguish central processing unit
Connection, the display panel is to show the pulverizer, the metering valve, the blender, the forge furnace, the cooling
Machine, the coating machine, the status data of the packing machine and the Dose Controller during the work time, and data information is passed
It is delivered to the central processing unit, readable data is processed into and feeds back to the display panel；User inputs in the control panel and controls
Data processed, the control panel will control data and be transmitted to the central processing unit, and the central processing unit will control data and turn
Status data is melted into the pulverizer, the metering valve, the blender, the forge furnace, the cooler, the coating
Machine, the packing machine and the Dose Controller are controlled, and update readable data.
3. a kind of soil conditioning pulvis preparation facilities system as described in claim 1, which is characterized in that the Dose Controller
Including auxiliary material tank, sustained release agent tank, dosage pipe, solenoid valve and dosimeter, the quantity of the dosage pipe, solenoid valve and dosimeter is
Two, a dosage pipe is fixedly connected between the auxiliary material tank and the blender, a solenoid valve and one described dose
Meter is located at the middle section of the dosage pipe, and the solenoid valve and the dosimeter are connect with the central processing unit respectively, an institute
It states solenoid valve and injects in the blender amount for assisting pulvis to monitor, another solenoid valve is converted to dosage information
Electric signal transmission gives the central processing unit, and a dosimeter is to the stream by central processing unit control auxiliary pulvis
Enter state.
4. a kind of soil conditioning pulvis preparation facilities system as claimed in claim 3, which is characterized in that another dosage pipe
It is respectively fixedly connected between the sustained release agent tank and the coating machine, another solenoid valve and another dosimeter are positioned at described
The middle part of dosage pipe, the solenoid valve and dosimeter are connect with the central processing unit respectively, and the solenoid valve is to monitor note
Enter to be sustained the amount of pulvis in the coating machine, the flow information for being sustained pulvis is converted to electric signal transmission to institute by the solenoid valve
Central processing unit is stated, the inflow state of sustained release pulvis is controlled by the dosimeter.
5. a kind of soil conditioning pulvis preparation facilities system as described in claim 1, which is characterized in that the metering valve includes
Measure motor, driving belt, weighing balance, metered flow pipe, metering runner and shell, the measure motor pass through the transmission skin
Band is rotatablely connected with the metering runner, and the surface of the metering valve offers measuring tank, and the bottom of the metering valve is equipped with
The weighing balance, the metered flow pipe are fixedly connected on the shell, and the metered flow pipe is located at the upper and lower of the shell
Both ends, the metering runner are located at the inside of the shell, the measure motor and the weighing balance with the central processing
Device connection, for weighing to raw material, the weight information of raw material is converted to electric signal and passed the weighing balance by the weighing balance
It is defeated by the central processing unit, the central processing unit is used to control the opening and closing of the measure motor.
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| CN201810631520.0A CN108822857A (en) | 2018-06-19 | 2018-06-19 | A kind of soil conditioning pulvis preparation facilities system |
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| CN201810631520.0A CN108822857A (en) | 2018-06-19 | 2018-06-19 | A kind of soil conditioning pulvis preparation facilities system |
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| CN111253949A (en) * | 2020-03-12 | 2020-06-09 | 河南省农业科学院园艺研究所 | Preparation method of saline-alkali soil conditioner special for facility agriculture |
| CN111303886A (en) * | 2020-03-24 | 2020-06-19 | 圣清环保股份有限公司 | Soil conditioner preparation system and method |
| CN111690413A (en) * | 2020-06-12 | 2020-09-22 | 江西普瑞丰生态科技有限公司 | Preparation method of oyster shell powder for producing soil conditioner |
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