A kind of process units of soil conditioner
Technical field
The utility model is related to the production technical field of soil conditioner, more particularly to a kind of production of soil conditioner
Device.
Background technology
Soil conditioner is by agricultural water-loss reducer and rich in based on organic matter, the natural peat of humic acid or other organic matters
Raw material is wanted, is aided with bioactive ingredients and nutrient composition, the product that Jing scientific technologies are processed has highly significant
" water conservation, getting fat, ventilative " three big soil conditioning performances.Soil compaction, chesson can be broken, the gas permeability of soil, drop is improved
The low soil weight, promotes soil microbial activities, strengthens soil rich water penetration;With improved soil, desert is administered, water conservation resists
Drought, strengthens disease-resistant crops ability, improves crop yield, improves quality of agricultural product, recovers the functions such as crops original ecological, greatly
Amplitude improves survival rate of planting and agricultural output;Improve agriculture and forestry product quality, recover the natural style and features of agriculture and forestry product.Entirely without
Public hazards, pollution-free, inanimate object hormone, different from various chemical fertilizer, agricultural chemicals, foliage fertilizer and bio-hormone on international market, is the world
The novel green means of production of agriculture and forestry plantation.
In the production process of soil conditioner, need through multiple working procedure, such as raw material mixing, kneading are granulated, then
Be dried, whole grain, finally to packaging, be usually in prior art raw material is mixed after, then manually mixed material put into into granulation
Granulate etc. in machine, i.e., each procedure is to carry out step by step, it is impossible to organically combined, it is impossible to carry out continuously, stream
The production of line type ground.
Utility model content
The purpose of this utility model is to provide a kind of process units of soil conditioner, exists to solve above-mentioned prior art
Problem, realize the continuous prodution of soil conditioner.
For achieving the above object, the utility model provides following scheme:The utility model provides a kind of soil conditioner
Process units, include raw material mixing apparatus, Granulation Equipments, fluidized bed drying equipment, whole grain equipment and packaging facilities, institute
State between the discharging opening of raw material mixing apparatus and the mixed material kettle of the Granulation Equipments, the discharging opening of the Granulation Equipments and institute
State between the feed hopper of fluidized bed drying equipment, the feed hopper of the discharging opening of the fluidized bed drying equipment and the whole grain equipment
Between and the discharging opening of the whole grain equipment and the hopper of the packaging facilities between be provided with transmission belt.
Preferably, the raw material mixing apparatus includes the first mixing kettle, crushes kettle, the second mixing kettle, finished pot and many
Bar feeding pipe system, each in a plurality of feeding pipe system is sequentially provided with original on feed pipe along feedstock direction
Material kettle, autmatic measuring device and control valve, the autmatic measuring device can be communicated with the control valve, the autmatic measuring device energy
The open and close of the control valve are enough controlled, each feed pipe is connected respectively with first mixing kettle, and described first mixes
Close kettle, crushing kettle, the second mixing kettle and finished pot and pass sequentially through pipeline connection, the finished product pot bottom is provided with discharging opening.
Preferably, the whole grain equipment includes frame, and the frame top is provided with feed hopper, the lower section of the feed hopper
Be connected with primary vibration sieve, primary vibration sieve is obliquely installed, one end of the primary vibration sieve connection feed hopper compared with
Height, the primary vibration sieve is disposed with from high to low fines sieve aperture and coarse fodder sieve aperture two parts, under the fines sieve aperture
Side is provided with one-level receiving hopper, and the one-level receiving hopper is provided with the first discharging opening, the company of being provided with below the coarse fodder sieve aperture
Bucket is connect, secondary vibration sieve, the incline direction and the primary vibration of the secondary vibration sieve are connected with below the connection bucket
Conversely, one end of the secondary vibration sieve connection connection bucket is higher, the secondary vibration sieve is fines for the incline direction of sieve
Mesh screen, the secondary vibration is sieved relatively low one end and is connected with discharge bucket, and the lower section of the secondary vibration sieve is provided with two grades and connects
Hopper, two grades of receiving hoppers are provided with the second discharging opening.
Preferably, it is provided with transmission belt between the discharge bucket of the whole grain equipment and first mixing kettle
Preferably, the Granulation Equipments includes mixed material kettle and the granulation different multiple stage comminutor of size, it is each described in make
The charging aperture of grain machine is connected by pipeline with the bottom of the mixed feeding kettle, and on the pipeline solid flow is provided with
Control valve.
Preferably, the fluidized bed drying equipment includes casing, and the casing top is provided with feed hopper, and lower section is provided with discharging
Mouthful, the casing middle part is provided with gas barrier, and the casing top is provided with connection and the contrary first fluidized bed of incline direction
And second fluidized bed, the casing bottom is provided with connection and the 3rd contrary fluid bed of incline direction and the 4th fluid bed, institute
State second fluidized bed contrary with the incline direction of the 3rd fluid bed and connect, the higher-end of the first fluidized bed and the casing
Feed hopper be connected, the lower end of the 4th fluid bed is connected with the discharging opening.
Preferably, the packaging facilities includes hopper, controlling organization and Weighing mechanism, and the hopper is arranged on described
The top of Weighing mechanism, the discharge outlet of the hopper is provided with suit portion, and the discharging opening of the hopper is by the control
The funnel switch control of mechanism controls closure is opened and closed, and clamp system, the folder are provided with the outer wall of the hopper
Tight mechanism includes cylinder, and top pressure block is provided with the piston rod of the cylinder, and the front end of the top pressure block is used for when having top pressure
The oblique head that contract enters, on the outer wall of the hopper and below the top pressure block installation extension is provided with, described
Install and be hinged with gangbar on extension, the lower end of the gangbar is provided with the clamping being engaged with suit portion outer surface
There is gap between the outer wall of portion, the upper end of the gangbar and the hopper, it is described oblique during the top pressure block downward actuation
Enter in the gap between the outer wall of hopper and the gangbar upper end to head contract.
The utility model achieves compared with prior art following beneficial effect:Using soil conditioner of the present utility model
Process units can carry out producing to soil conditioner continuously, pipeline system, also reduce while improve operating efficiency
The labour intensity of workman.
Description of the drawings
In order to be illustrated more clearly that the utility model embodiment or technical scheme of the prior art, below will be to embodiment
Needed for the accompanying drawing to be used be briefly described, it should be apparent that, drawings in the following description are only of the present utility model
Some embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with basis
These accompanying drawings obtain other accompanying drawings.
Fig. 1 is a kind of structural representation of the process units of soil conditioner of the utility model;
Fig. 2 is the structural representation of the utility model raw material mixing apparatus;
Fig. 3 is the structural representation of the utility model Granulation Equipments;
Fig. 4 is the structural representation of the utility model fluidized bed drying equipment;
Fig. 5 is the structural representation of the utility model whole grain equipment;
Fig. 6 is the structural representation of the utility model packaging facilities.
Specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the utility model, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made
The every other embodiment for being obtained, belongs to the scope of the utility model protection.
The purpose of this utility model is to provide a kind of process units of soil conditioner, to solve asking for prior art presence
Topic, realizes the continuous prodution of soil conditioner.
It is understandable to enable above-mentioned purpose of the present utility model, feature and advantage to become apparent from, below in conjunction with the accompanying drawings and tool
Body embodiment is described in further detail to the utility model.
The utility model provides a kind of process units of soil conditioner, include raw material mixing apparatus 1, Granulation Equipments 2,
Fluidized bed drying equipment 3, whole grain equipment 4 and packaging facilities 5, the discharging opening of raw material mixing apparatus 1 and the mixing of Granulation Equipments 2
Between raw material kettle, between the discharging opening of Granulation Equipments 2 and the feed hopper of fluidized bed drying equipment 3, fluidized bed drying equipment 3 goes out
It is respectively provided between the feed hopper of material mouth and whole grain equipment 4 and between the discharging opening of whole grain equipment 4 and the hopper of packaging facilities 5
There is transmission belt 6.
Raw material mixing apparatus 1 includes the first mixing kettle 104, crushes kettle 105, the second mixing kettle 106, the and of finished pot 107
A plurality of feeding pipe system, each in a plurality of feeding pipe system is sequentially provided with feed pipe along feedstock direction
Raw material kettle 101, autmatic measuring device 102 and control valve 103, the autmatic measuring device 102 can be led to the control valve 103
Letter, the autmatic measuring device 102 can control it is described control valve 103 open and close, each feed pipe respectively with it is described
First mixing kettle 104 is connected, and first mixing kettle 104, crushing kettle 105, the second mixing kettle 106 and finished pot 107 lead to successively
Pipeline connection is crossed, the bottom of the finished pot 107 is provided with discharging opening 108.To respectively put for the raw material for making soil conditioner
Enter in raw material kettle 101, each raw material kettle 101 places a kind of raw material, by arrange each autmatic measuring device 102 make each raw material by
Ratio is flowed in the first mixing kettle 104, and each raw material sequentially passes through the first mixing kettle 104, crushes the mixing kettle of kettle 105 and second
106 to be thoroughly mixed be mixed material for producing soil conditioner, in flowing ultimately into finished pot 107, in finished pot 107
In be provided with material sieve, the qualified mixed material of size drops into the bottom of finished pot 107, manually to the mixing in finished pot 107
The ratio of each raw material carries out quality inspection and accordingly adjusts each autmatic measuring device 102 in raw material, and the underproof mixed material of size is by mistake
It is stirred in leaching to be re-injected into the first mixing kettle 104, mixes.
Granulation Equipments 2 includes the multiple stage comminutor 203 different with granulation size of mixed material kettle 201, each comminutor 203
Charging aperture is connected by pipeline with the bottom of mixed feeding kettle 201, and efflux of solids control valve is provided with each pipeline
202, comminutor lower section is provided with finished pot 204, and discharging opening 205 is provided with finished pot.The qualified mixed material mixing of size
The discharging opening 108 of equipment 1, is transported in mixed material kettle 201 by transmission belt 6, by arranging each efflux of solids control valve 202
Mixed material is set to divide to be put in the different comminutor 203 of each size in proportion and granulated, the soil conditioner particle after granulation
In the finished pot 204 fallen into below each comminutor.
Fluidized bed drying equipment 3 includes casing 302, and the top of casing 302 is provided with feed hopper 301, and lower section is provided with discharging opening
308, casing middle part is provided with gas barrier 307, and the top of casing 302 is provided with connection and the contrary first fluidized bed of incline direction
303 and second fluidized bed 304, casing bottom is provided with connection and the 3rd contrary fluid bed 305 of incline direction and the 4th fluidisation
Bed 306, second fluidized bed 304 is contrary with the incline direction of the 3rd fluid bed 305 and connects, the higher-end of the first fluidized bed 303
It is connected with the feed hopper 301 of casing 302, the lower end of the 4th fluid bed 306 is connected with discharging opening 308.Soil conditioner particle
The discharging opening 205 of Jing Granulation Equipments 2, is transported in the feed hopper 301 of fluidized bed drying equipment 3 by transmission belt, and Jing feeds
Bucket 301 sequentially enters the first fluidized bed 303, second fluidized bed 304, the 3rd fluid bed 305 and the 4th fluid bed 306 and completes drying
Process.
Whole grain equipment 4 includes frame 402, and the top of frame 402 is provided with feed hopper 401, and the lower section of feed hopper 401 is connected with
Primary vibration sieve 403, primary vibration sieve 403 is obliquely installed, and one end that primary vibration sieve 403 connects feed hopper 401 is higher, one-level
Vibratory sieve 403 is disposed with from high to low fines sieve aperture and coarse fodder sieve aperture two parts, and below fines sieve aperture one-level is provided with
Receiving hopper 405, one-level receiving hopper 405 is provided with the first discharging opening 409, and connection bucket 404 is provided with below coarse fodder sieve aperture, connection
The lower section of bucket 404 is connected with secondary vibration sieve 406, the incline direction of secondary vibration sieve 406 and the inclination side of primary vibration sieve 403
To conversely, secondary vibration sieve 406 connect connection buckets 404 one end it is higher, secondary vibration sieve 406 be fines mesh screen, two grades are shaken
406 relatively low one end of dynamic sieve are connected with discharge bucket 407, and the lower section of secondary vibration sieve 406 is provided with two grades of receiving hoppers 408, two grades
Receiving hopper 408 is provided with the second discharging opening 410.Complete dry soil conditioner particle Jing in fluidized bed drying equipment 3 to go out
Material mouth 308 is transported in the feed hopper 401 of whole grain equipment 4 by transmission belt 6, is flowed into one-level successively by feed hopper 401 and is shaken
In dynamic sieve 403 and secondary vibration sieve 406, whole grain process is completed, qualified soil conditioner particle drops into one-level receiving hopper 405
In two grades of receiving hoppers 408, manually to the soil conditioner particle in one-level receiving hopper 405 and two grades of receiving hoppers 408 in contain
Water yield etc. carries out quality inspection, if qualified, soil conditioner particle be transported in packaging facilities 5 by transmission belt 6 and wrapped
Dress, if unqualified, be transported in the first mixing kettle 104 of raw material mixing apparatus 1 and stirred again, mixed, as
The raw material of next batch production;Transmission belt 6 is additionally provided between the mixing kettle 104 of discharge bucket 407 and first of whole grain equipment 4,
Jing two-stage vibrations sieve whole grain still the unsegregated Jing transmission belts 6 of soil conditioner particle Jing discharge buckets 407 be transported to raw material mixing set
In the first standby mixing kettle 104, raw material mixing is re-started.
Packaging facilities 5 includes hopper 501, controlling organization 507 and Weighing mechanism 508, and hopper 501 is arranged on weigher
The top of structure 508, the discharge outlet of hopper 501 is provided with suit portion 511, and the discharging opening of hopper 501 is by controlling organization 507
The control of funnel switch 509 of control closure is opened and closed, and clamp system, clamp system are provided with the outer wall of hopper 501
Including cylinder 502, top pressure block 503 is installed on the piston rod of cylinder 502, the front end of top pressure block 503 is used for contract when having top pressure
The oblique head for entering, on the outer wall of hopper 501 and positioned at the lower section of top pressure block 503 installation extension 505 is provided with, and installation is stretched
Go out in portion 505 and be hinged with gangbar 504, the lower end of gangbar 504 is provided with the clamping part being engaged with the outer surface of suit portion 511
506, there is gap, oblique head during top pressure 503 downward actuation of block between the upper end of gangbar 504 and the outer wall of hopper 501
Contract enters in the gap between the outer wall of hopper 501 and the upper end of gangbar 504.Through the qualified soil conditioner particle of whole grain
The hopper 501 of packaging facilities is transported to by transmission belt 6 by first discharging opening 409 and the second discharging opening 410 of whole grain equipment
In, Jing hoppers 501 are entered in packaging bag 510 by the gravimetric value of setting, then by workman packaging bag 510 are sealed again
Dress, completes packaging process, and puts storage in storage.
Using soil conditioner process units of the present utility model soil conditioner can be carried out continuously, pipeline system
Ground production, also reduces the labour intensity of workman while improve operating efficiency.
Apply specific case in the utility model to be set forth principle of the present utility model and embodiment, the above
The explanation of embodiment is only intended to help and understands method of the present utility model and its core concept;Simultaneously for the one of this area
As technical staff, according to thought of the present utility model, will change in specific embodiments and applications.To sum up
Described, this specification content should not be construed as to restriction of the present utility model.