CN110140463A - Soil enrichment repair system and restorative procedure - Google Patents
Soil enrichment repair system and restorative procedure Download PDFInfo
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- CN110140463A CN110140463A CN201910499205.1A CN201910499205A CN110140463A CN 110140463 A CN110140463 A CN 110140463A CN 201910499205 A CN201910499205 A CN 201910499205A CN 110140463 A CN110140463 A CN 110140463A
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- mud
- channel
- transfer pipe
- slot
- feed inlet
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01B—SOIL WORKING IN AGRICULTURE OR FORESTRY; PARTS, DETAILS, OR ACCESSORIES OF AGRICULTURAL MACHINES OR IMPLEMENTS, IN GENERAL
- A01B77/00—Machines for lifting and treating soil
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01B—SOIL WORKING IN AGRICULTURE OR FORESTRY; PARTS, DETAILS, OR ACCESSORIES OF AGRICULTURAL MACHINES OR IMPLEMENTS, IN GENERAL
- A01B79/00—Methods for working soil
- A01B79/02—Methods for working soil combined with other agricultural processing, e.g. fertilising, planting
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Treatment Of Sludge (AREA)
- Excavating Of Shafts Or Tunnels (AREA)
Abstract
The invention discloses a kind of soil enrichment repair systems, and including horizontal rectangular soil remediation platform, the bottom of the soil remediation platform passes through four support post supports；The rectangular ingredient boss of the upper horizontal fixed setting of the soil remediation platform；Circumferentially there are four feed inlet, four feed inlets successively include the first native source feed inlet, the first mud feed inlet, the second native source feed inlet and the second mud feed inlet to contour edge on the upside of the rectangular ingredient boss for array setting；There are four discharge ports for the downside setting of the soil remediation platform；Structure of the invention is simple, and four discharge ports are at periodically continuous discharge or the mixture of extrusion mud and Tu Yuan；The mud lean soil low with water content is mixed, and then realizes getting fat, moisturizing, the effect of tackifying to prone soil, and avoiding mud from containing, fertilizer amount is excessive the phenomenon that burn seedlings occurs, if it will effectively be turned waste into wealth using the soil for repairing desertification, poor fertilizer.
Description
Technical field
The invention belongs to soil remediation fields.
Background technique
Lean soil generally has the characteristics that soil fertility is small, Desertification is serious, soil property is harder；River, silt from the bottom of lake mistake
Be easy to cause more aggrade, water body is smelly etc., and drawbacks, silt from the bottom of lake contain a large amount of organic fertilizer ingredients, can be used for supplementing barren
The fertility of soil if the high-moisture mud prone soil low with water content is mixed, and then is realized to the soil that desertifies
Getting fat, moisturizing, the effect of tackifying of earth, avoiding mud from containing, fertilizer amount is excessive to there is the phenomenon that burn seedlings；If it is husky using repairing
Change, the soil of poor fertilizer will effectively turn waste into wealth.
Summary of the invention
Goal of the invention: in order to overcome the deficiencies in the prior art, the present invention provides a kind of soil for having getting fat function
Earth getting fat repair system and restorative procedure.
Technical solution: to achieve the above object, soil enrichment repair system of the invention is repaired including horizontal rectangular soil
The bottom of multiple platform, the soil remediation platform passes through four support post supports；The upper horizontal of the soil remediation platform
The rectangular ingredient boss of fixed setting；Circumferentially there are four chargings for array setting for contour edge on the upside of the rectangular ingredient boss
Mouthful, four feed inlets successively include the first native source feed inlet, the first mud feed inlet, the second native source feed inlet and the second mud into
Material mouth；There are four discharge ports for the downside setting of the soil remediation platform；It further include native source conveyer belt, soil source conveyer belt
Material receiving end is corresponding in the surface of four discharge ports.
Further, it is also set up inside the ingredient boss there are four horizontal transmission channel, four transmission channels are divided
It Bao Kuo not the first Transfer pipe, the second Transfer pipe, third Transfer pipe and the 4th Transfer pipe；First Transfer pipe,
Second Transfer pipe, third Transfer pipe and the 4th Transfer pipe are along the center of the ingredient boss circumferentially array distribution；Institute
State the first Transfer pipe, the second Transfer pipe, third Transfer pipe and the 4th one end of Transfer pipe far from ingredient boss center
Upside is respectively communicated with the first native source feed inlet, the first mud feed inlet, the second native source feed inlet and the second mud feed inlet；It is described
First Transfer pipe, the second Transfer pipe, third Transfer pipe and the 4th Transfer pipe are under the one end at ingredient boss center
Side is respectively communicated with four discharge ports.
It further, along its length successively include promoting channel, reloading channel and native mud melts in each transmission channel
Channel is closed, described to promote channel far from corresponding feed inlet is connected on the upside of the one end at ingredient boss center, the soil mud fusion is logical
Road is connected to corresponding discharge port on the downside of the one end at ingredient boss center；Concentric rotation is provided in each propulsion channel
Sharf is transmitted, spirals on the transmission sharf and is provided with auger transmission blade, the propulsion channel is far from ingredient boss
One end of the heart is rotatablely connected by several first sealing bearings and the transmission sharf, and the rotation of the auger transmission blade is stirred
Kinetic energy makes to promote grogs or mud in channel to promote to ingredient boss center position is moved closer to；On the soil remediation platform
Four first motors are also equipped with, four first motors respectively drive the four transmission sharfs of connection；Each native mud melts
It closes concentric rotation in channel and is provided with rotary shaft, several groups are provided on the axial wall of the rotary shaft and are extended in divergent shape
Stirring bar, each stirring bar can will merge the mixture in channel by native mud and be stirred；The soil mud merges channel
One end close to ingredient boss center is rotatablely connected by several second sealing bearings and the rotary shaft；The ingredient boss
Centre setting is fluted, four the second motors is separately installed in the groove, 4 second motors respectively drive company
Connect four rotary shafts.
Further, annular groove, the center of circle of the annular groove and the ingredient boss are additionally provided on the upside of the ingredient boss
Geometric center be overlapped；Height is identical as height where the axis of each transmission channel where the groove bottom of the annular groove；Four
The upper part of channel point connection annular groove that reloads；It is also concentric in the annular groove to be movably set with ring body of reloading；It is described to reload
Circumferentially array is provided with section and reloads slot and the in the first of semicircle reload slot, the second reload slot, third for the downside of ring body
Four reload slot；Described first reload slot, second slot, the third slot and the 4th that reloads that reloads reloads slot along the radial direction side of ring body of reloading
To extension；Described first reload slot, second reload slot, third reload slot and the 4th reload slot semicircle radius with the transmission
The internal diameter in channel is identical；First reload slot, second reload slot, third reload slot and the 4th reload slot can distinguish it is concentric connection four
The channel of reloading；Centre in the groove is also equipped with vertical third motor, the output shaft of the third motor
With the concentric setting of ring body of reloading；Further include horizontal rotating arm, the output is fixedly connected in the middle part of the rotating arm
Axis, the both ends downside of the rotating arm are fixedly installed two vertical transmission arms, and the lower end of two transmission arms is fixed respectively to be connected
Connect the upside of the ring body of reloading；The third motor can pass through the concentric rotation of ring body of reloading described in rotating arm and transmission arm driving
Turn.
Further, each rotary shaft is provided with taper far from one end of second motor.
Further, the restorative procedure of soil enrichment repair system, includes the following steps:
Step 1 carries out preliminary hydro-extraction by barren hard soil breaking powdered to be repaired, and by prepared mud
And sterilization processing；Under original state, first reload slot, second reload slot, third reload slot and the 4th reload slot difference it is concentric
It reloads channel described in connection four；
Broken native source blanking is synchronized blanking to the first native source feed inlet and the second soil by step 2, native source blanking device
In the feed inlet of source, and then native source blanking the pushing away into the first Transfer pipe in the first native source feed inlet and the second native source feed inlet
In propulsion channel in stand in channel and third Transfer pipe；Mud blanking device will be after sterilization and preliminary hydro-extraction at the same time
The synchronous blanking of mud into the first mud feed inlet and the second mud feed inlet, and then the first mud feed inlet and the second mud into
Mud in material mouth enters in the propulsion channel promoted in channel and the 4th Transfer pipe in the second Transfer pipe；And make to become silted up
The speed of mud blanking and the speed of native source blanking are consistent；And make in subsequent process, the first native source feed inlet and the second soil
Tu Yuan has been remained in the feed inlet of source, has remained mud in the first mud feed inlet and the second mud feed inlet；
Step 3, while starting four first motors, and then make four transmission sharf synchronous rotaries；At the same time, together
Step four the second motors of starting, and then four rotary shafts is made to be in the state of lasting rotation always；And then in the first Transfer pipe
The Tu Yuan promoted in channel promoted in channel and third Transfer pipe under the agitation of corresponding auger transmission blade by
It is gradually promoted to the geometric center direction of ingredient boss, until in the reload channel and third Transfer pipe in the first Transfer pipe
It reloads and is just filled by Tu Yuan in channel, and then make first to reload slot and third reloads and is accordingly filled with Tu Yuan in slot；It is same with this
When the second Transfer pipe in the mud promoted in channel promoted in channel and the 4th Transfer pipe passed in corresponding auger
Send under the agitation of blade and gradually to be promoted to the geometric center direction of ingredient boss, until in the second Transfer pipe reload channel and
It is just filled by mud in channel of reloading in 4th Transfer pipe, and then second slot and the 4th that reloads is made to reload and accordingly fill out in slot
Mud is filled；
Step 4 starts third motor, and then third motor drives ring body of reloading clockwise by rotating arm and transmission arm
It is rotated by 90 °, then pause rotation；And then the first reload slot, second slot, third slot and the 4th that reloads that reloads is made to reload the synchronous rotation of slot
Turn °, first reloads slot and third is reloaded the channel of reloading that the Tu Yuan in slot is transported to accordingly in the second Transfer pipe at this time
In the channel of reloading in the 4th Transfer pipe；Second reloads slot and the 4th mud that reloads in slot is transported to first accordingly
In the channel of reloading in reload channel and third Transfer pipe in Transfer pipe；
Top half is Tu Yuan entirely in the channel of reloading of the second Transfer pipe at this time, and lower half portion is mud entirely；4th passes
Sending top half in the channel of reloading in channel is Tu Yuan entirely, and lower half portion is mud entirely；
Top half is mud entirely in the channel of reloading of the first Transfer pipe at this time, and lower half portion is Tu Yuan entirely；Third passes
It send in the channel of reloading in channel, top half is mud entirely, and lower half portion is Tu Yuan entirely；
The agitation that continues of step 5, four augers transmission blades promotes, and makes mud in four channels of reloading and Tu Yuan
Mixture is advanced into respectively in the four native mud fusion channels, and several stirring bars in rotary shaft are merged to native mud is advanced at this time
The mixture of mud and Tu Yuan in channel is stirred；And then merge mud and Tu Yuan in native mud fusion channel sufficiently；
Step 6, step 5 run the predetermined time, push away the mixture of mud and Tu Yuan in four channels of reloading completely
It enters in the four native mud fusion channels, mud and the sufficiently fused mixture of Tu Yuan lead to respectively in four native mud fusion channels
It crosses four discharge port discharges or squeezes out, from four discharge port discharges or the native mud mixture blanking to native source conveyer belt squeezed out,
And supplemented in four channels of reloading by new Tu Yuan or mud, it is restored to the state at the end of step 3；
Step 7 in periodically continuously repeating step 4 to step 6, and then makes four discharge ports at periodically connecting
Continuous discharge or the mixture for squeezing out mud and Tu Yuan；The mud lean soil low with water content is mixed, and then is realized pair
Getting fat, moisturizing, the effect of tackifying of prone soil, avoiding mud from containing, fertilizer amount is excessive to there is the phenomenon that burn seedlings.
The utility model has the advantages that structure of the invention is simple, four discharge ports are at periodically continuous discharge or squeeze out mud and soil
The mixture in source；The mud lean soil low with water content is mixed, so realize getting fat to prone soil, moisturizing,
The effect of tackifying, avoiding mud from containing, fertilizer amount is excessive to there is the phenomenon that burn seedlings, if will using the soil for repairing desertification, poor fertilizer by it
Effectively turn waste into wealth.
Detailed description of the invention
Attached drawing 1 is the overall schematic of the device；
Attached drawing 2 is the top view of the device；
Attached drawing 3 is cross-sectional view on the basis of attached drawing 2 is overlooked；
Attached drawing 4 is the three-dimensional cutaway view of the device；
Attached drawing 5 is the partial perspective cutaway view at transmission channel；
Attached drawing 6 is that schematic diagram is just cutd open in the part at transmission channel；
Attached drawing 7 is to conceal the schematic diagram after reloading ring body on the basis of attached drawing 5；
Attached drawing 8 is the first posture schematic diagram of ring body of reloading；
Attached drawing 9 is the second posture schematic diagram of ring body of reloading.
Specific embodiment
The present invention will be further explained with reference to the accompanying drawing.
The soil enrichment repair system as shown in attached drawing 1 to 9: including horizontal rectangular soil remediation platform 2, the soil
The bottom for repairing platform 2 is supported by four support posts 11；The side of the upper horizontal fixed setting of the soil remediation platform 2
Shape ingredient boss 3；Circumferentially array setting is there are four feed inlet 14 for the contour edge of 3 upside of the rectangular ingredient boss, and four
Feed inlet 14 successively includes the first native source feed inlet 14.1, first the 14.2, second native source of mud feed inlet feed inlet 14.2 and the
Two mud feed inlets 14.4；There are four discharge ports 26 for the downside setting of the soil remediation platform 2；It further include native source conveyer belt 1,
The material receiving end of soil source conveyer belt 1 is corresponding in the surface of four discharge ports 26.
It is also set up inside the ingredient boss 3 there are four horizontal transmission channel 15, four transmission channels 15 are wrapped respectively
Include the first Transfer pipe 15.1, the second Transfer pipe 15.2, third Transfer pipe 15.3 and the 4th Transfer pipe 15.4；Described
One Transfer pipe 15.1, the second Transfer pipe 15.2, third Transfer pipe 15.3 and the 4th Transfer pipe 15.4 are along the ingredient
The center of boss 3 circumferentially array distribution；First Transfer pipe 15.1, the second Transfer pipe 15.2, third Transfer pipe
15.3 and the 4th Transfer pipe 15.4 far from be respectively communicated on the upside of the one end at 3 center of ingredient boss the first native source feed inlet 14.1,
First the 14.2, second native source feed inlet 14.2 of mud feed inlet and the second mud feed inlet 14.4；First Transfer pipe
15.1, the second Transfer pipe 15.2, third Transfer pipe 15.3 and the 4th Transfer pipe 15.4 are close to the one of 3 center of ingredient boss
End downside is respectively communicated with four discharge ports 26.
Successively include along its length in each transmission channel 15 promote channel 28, reload channel 29 and the fusion of native mud it is logical
Road 30, it is described that channel 28 is promoted to merge far from corresponding feed inlet 14, the soil mud is connected on the upside of the one end at 3 center of ingredient boss
Channel 30 is connected to corresponding discharge port 26 on the downside of the one end at 3 center of ingredient boss；It is concentric in each propulsion channel 28
Rotation is provided with transmission sharf 16, spirals on the transmission sharf 16 and is provided with auger transmission blade 25, and described promote is led to
The one end of road 28 far from 3 center of ingredient boss is rotatablely connected by several first sealing bearings 22 and the transmission sharf 16,
The rotational agitation of auger transmission blade 25 can make to promote grogs or mud in channel 28 to moving closer in ingredient boss 3
Heart direction promotes；Four first motors 13 are also equipped on the soil remediation platform 2, four first motors 13 respectively drive
Connect the four transmission sharfs 16；Concentric rotation is provided with rotary shaft 17, the rotation in each native mud fusion channel 30
It is in the stirring bar 24 that divergent shape is extended that several groups are provided on the axial wall of shaft 17, and each stirring bar 24 can will pass through soil
Mixture in mud fusion channel 30 is stirred；The soil mud fusion channel 30 passes through close to the one end at 3 center of ingredient boss
Several second sealing bearings 23 and the rotary shaft 17 are rotatablely connected；The centre setting fluted 50 of the ingredient boss 3,
Four the second motors 18 are separately installed in the groove 50,4 second motors 18 respectively drive four rotary shafts of connection
17。
The upside of the ingredient boss 3 is additionally provided with annular groove 10, and the center of circle of the annular groove 10 is several with the ingredient boss 3
What center is overlapped；Height is identical as height where the axis of each transmission channel 15 where the groove bottom of the annular groove 10；Four
The annular groove 10 is partially connected on the channel 29 of reloading；It is also concentric in the annular groove 10 to be movably set with ring body 5 of reloading；Institute
State the downside of ring body 5 of reloading circumferentially array be provided with section in the first of semicircle reload slot 12.1, second reload slot 12.2,
The third slot 12.3 and the 4th that reloads reloads slot 12.4；Described first reload slot 12.1, the second reload slot 12.2, third is reloaded slot
12.3 and the 4th reload slot 12.4 along the radial direction extension for ring body 5 of reloading；Described first reload slot 12.1, second reload slot
12.2, third reload slot 12.3 and the 4th reload slot 12.4 semicircle radius it is identical as the internal diameter of the transmission channel 15；The
One reload slot 12.1, second slot 12.2, the third slot 12.3 that reloads that reloads can be distinguished with the 4th slot 12.4 that reloads and concentric be connected to four
The channel 29 of reloading；Centre in the groove 50 is also equipped with vertical third motor 8, the third motor 8
Output shaft 7 and the concentric setting of ring body 5 of reloading；It further include horizontal rotating arm 6, the middle part of the rotating arm 6 is fixed to be connected
The output shaft 7 is connect, is fixedly installed two vertical transmission arms 9 on the downside of the both ends of the rotating arm 6, two transmission arms 9
Lower end is respectively fixedly connected with the upside of the ring body 5 of reloading；The third motor 8 can drive institute by rotating arm 6 and transmission arm 9
State the concentric rotation of ring body 5 of reloading.
Each rotary shaft 17 is provided with taper 27 far from one end of second motor 18, can reduce Tu Yuan and mud
Propelling resistance；
Step 1 carries out preliminary hydro-extraction by barren hard soil breaking powdered to be repaired, and by prepared mud
And sterilization processing；Under original state, the first reload slot 12.1, second slot 12.2, third slot 12.3 and the 4th that reloads that reloads reloads
Slot 12.4 reloads channel 29 described in concentric connection four respectively；
Step 2, native source blanking device is by the synchronous blanking of broken native source blanking to the first native source feed inlet 14.1 and the
In two native source feed inlets 14.3, and then the native source blanking in the first native source feed inlet 14.1 and the second native source feed inlet 14.3 is to the
In the propulsion channel 28 promoted in channel 28 and third Transfer pipe 15.3 in one Transfer pipe 15.1；At the same time under mud
Expect device by the synchronous blanking of mud after sterilization and preliminary hydro-extraction to the first mud feed inlet 14.2 and the second mud feed inlet
In 14.4, and then the mud in the first mud feed inlet 14.2 and the second mud feed inlet 14.4 enters the second Transfer pipe 15.2
In the propulsion channel 28 promoted in channel 28 and the 4th Transfer pipe 15.4 in；And under the speed and Tu Yuan for making mud blanking
The speed of material is consistent；And makes in subsequent process, begin in the first native source feed inlet 14.1 and the second native source feed inlet 14.3
Tu Yuan is maintained eventually, has remained mud in the first mud feed inlet 14.2 and the second mud feed inlet 14.4；
Step 3, while starting four first motors 13, and then make four transmission 16 synchronous rotaries of sharf；It is same with this
When, four the second motors 18 of synchronous averaging, and then make four rotary shafts 17 always in the state persistently rotated；And then first passes
Send the Tu Yuan promoted in channel 28 promoted in channel 28 and third Transfer pipe 15.3 in channel 15.1 in corresponding strand
It is gradually promoted to the geometric center direction of ingredient boss 3 under the agitation of dragon transmission blade 25, until in the first Transfer pipe 15.1
Reload channel 29 and third Transfer pipe 15.3 in channel 29 of reloading in just filled by Tu Yuan, and then make first to reload slot
12.1 and third reload and be accordingly filled with Tu Yuan in slot 12.3；28 He of propulsion channel in second Transfer pipe 15.2 at the same time
The mud promoted in channel 28 in 4th Transfer pipe 15.4 under the agitation of corresponding auger transmission blade 25 gradually to
The geometric center direction of ingredient boss 3 promotes, until reload channel 29 and the 4th Transfer pipe in the second Transfer pipe 15.2
Just filled by mud in channel 29 of reloading in 15.4, so make second reload slot 12.2 and the 4th reload it is corresponding in slot 12.4
It is filled with mud；
Step 4 starts third motor 8, and then third motor 8 drives ring body 5 of reloading suitable by rotating arm 6 and transmission arm 9
Hour hands are rotated by 90 °, then pause rotation；And then the first reload slot 12.1, the second reload slot 12.2, third is made to reload 12.3 and of slot
4th reloads 90 ° of 12.4 synchronous rotary of slot, and first reloads slot 12.1 and Tu Yuan that third is reloaded in slot 12.3 is corresponding at this time
It is transported in the channel 29 of reloading in the reload channel 29 and the 4th Transfer pipe 15.4 in the second Transfer pipe 15.2；Second changes
Hopper 12.2 and the 4th reloads the channel 29 of reloading that the mud in slot 12.4 is transported to accordingly in the first Transfer pipe 15.1
In the channel 29 of reloading in third Transfer pipe 15.3；
Top half is Tu Yuan entirely in the channel 29 of reloading of the second Transfer pipe 15.2 at this time, and lower half portion is mud entirely；
Top half is Tu Yuan entirely in the channel 29 of reloading of 4th Transfer pipe 15.4, and lower half portion is mud entirely；
Top half is mud entirely in the channel 29 of reloading of the first Transfer pipe 15.1 at this time, and lower half portion is Tu Yuan entirely；
In the channel 29 of reloading of third Transfer pipe 15.3, top half is mud entirely, and lower half portion is Tu Yuan entirely；
The agitation that continues of step 5, four auger transmission blades 25 promotes, and makes the mud and soil in four channels 29 of reloading
The mixture in source is advanced into respectively in the four native mud fusion channels 30,24 pairs of several stirring bars in rotary shaft 17 propulsions at this time
The mixture of mud and Tu Yuan into native mud fusion channel 30 is stirred；And then make mud in native mud fusion channel 30 and
Tu Yuan is sufficiently merged；
Step 6, step 5 run the predetermined time, keep the mixture of the mud and Tu Yuan in four channels 29 of reloading complete
It is advanced in the four native mud fusion channels 30, mud and the sufficiently fused mixture of Tu Yuan in four native mud fusion channels 30
Pass through four discharges of discharge port 26 or extrusion, the native mud mixture blanking for being discharged or squeezing out from four discharge ports 26 to Tu Yuan respectively
It on conveyer belt 1, and is supplemented in four channels 29 of reloading by new Tu Yuan or mud, is restored to the state at the end of step 3；
Step 7 in periodically continuously repeating step 4 to step 6, and then makes four discharge ports 26 at periodic
Continuous discharge or the mixture for squeezing out mud and Tu Yuan；The mud lean soil low with water content is mixed, and then is realized
To the getting fat of prone soil, moisturizing, the effect of tackifying, avoiding mud from containing, fertilizer amount is excessive to there is the phenomenon that burn seedlings.
The above is only a preferred embodiment of the present invention, it should be pointed out that: for the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (6)
1. soil enrichment repair system: it is characterized by comprising horizontal rectangular soil remediation platform (2), the soil remediations
The bottom of platform (2) passes through four support post (11) supports；The upper horizontal fixed setting of the soil remediation platform (2)
Rectangular ingredient boss (3)；Circumferentially there are four feed inlets for array setting for contour edge on the upside of the rectangular ingredient boss (3)
(14), four feed inlets (14) successively include the first native source feed inlet (14.1), the first mud feed inlet (14.2), the second Tu Yuan
Feed inlet (14.2) and the second mud feed inlet (14.4)；There are four discharge ports for the downside setting of the soil remediation platform (2)
(26)；It further include native source conveyer belt (1), the material receiving end of the soil source conveyer belt (1) is corresponding in four discharge ports (26)
Surface.
2. soil enrichment repair system according to claim 1, it is characterised in that: also set inside the ingredient boss (3)
It sets there are four horizontal transmission channel (15), four transmission channels (15) respectively include the first Transfer pipe (15.1), second
Transfer pipe (15.2), third Transfer pipe (15.3) and the 4th Transfer pipe (15.4)；First Transfer pipe (15.1),
Second Transfer pipe (15.2), third Transfer pipe (15.3) and the 4th Transfer pipe (15.4) are along the ingredient boss (3)
Center circumferentially array distribution；First Transfer pipe (15.1), the second Transfer pipe (15.2), third Transfer pipe
(15.3) and on the upside of the one end at separate ingredient boss (3) center of the 4th Transfer pipe (15.4) it is respectively communicated with the first native source feed inlet
(14.1), the first mud feed inlet (14.2), the second native source feed inlet (14.2) and the second mud feed inlet (14.4)；Described
One Transfer pipe (15.1), the second Transfer pipe (15.2), third Transfer pipe (15.3) and the 4th Transfer pipe (15.4) lean on
Four discharge ports (26) are respectively communicated on the downside of the one end at nearly ingredient boss (3) center.
3. soil enrichment repair system according to claim 2, it is characterised in that: along length in each transmission channel (15)
Degree direction successively includes promoting channel (28), channel of reloading (29) and native mud fusion channel (30), the propulsion channel (28) remote
Corresponding feed inlet (14) is connected on the upside of one end from ingredient boss (3) center, soil mud fusion channel (30) is close to ingredient
Corresponding discharge port (26) is connected on the downside of the one end at boss (3) center；Concentric rotation setting in each propulsion channel (28)
Have transmission sharf (16), spirals on the transmission sharf (16) and be provided with auger transmission blade (25), the propulsion channel
(28) one end far from ingredient boss (3) center is rotated by several first sealings bearing (22) and the transmission sharf (16)
Connection, the rotational agitation of auger transmission blade (25) can make to promote grogs or mud in channel (28) to moving closer to match
Expect that boss (3) center position promotes；It is also equipped with four first motors (13) on the soil remediation platform (2), four described
One motor (13) respectively drives the four transmission sharfs (16) of connection；Concentric rotation in each native mud fusion channel (30)
It is provided with rotary shaft (17), it is in the stirring bar that divergent shape is extended that several groups are provided on the axial wall of the rotary shaft (17)
(24), each stirring bar (24) can will be stirred by the mixture in native mud fusion channel (30)；The soil mud fusion
Channel (30) is rotated close to the one end at ingredient boss (3) center by several second sealings bearing (23) and the rotary shaft (17)
Connection；Fluted (50) are arranged in the centre of the ingredient boss (3), are separately installed with four second in the groove (50)
Motor (18), 4 second motors (18) respectively drive four rotary shafts (17) of connection.
4. soil enrichment repair system according to claim 2, it is characterised in that: the upside of the ingredient boss (3) is also
It is provided with annular groove (10), the center of circle of the annular groove (10) is overlapped with the geometric center of the ingredient boss (3)；The annular groove (10)
Groove bottom where height it is identical as height where the axis of each transmission channel (15)；It reloads described in four channel (29) top
Divide connection the annular groove (10)；It is also concentric in the annular groove (10) to be movably set with ring body of reloading (5)；The ring body of reloading
(5) downside circumferentially array be provided with section in the first of semicircle reload slot (12.1), second reload slot (12.2), third
The slot (12.3) and the 4th that reloads reloads slot (12.4)；Described first reload slot (12.1), the second reload slot (12.2), third is reloaded
Slot (12.3) and the 4th reloads slot (12.4) along the radial direction extension for ring body (5) of reloading；Described first reload slot (12.1),
Second reload slot (12.2), third reload slot (12.3) and the 4th reload slot (12.4) semicircle radius with the transmission channel
(15) internal diameter is identical；First reload slot (12.1), second slot (12.2), the third slot (12.3) and the 4th that reloads that reloads reloads slot
(12.4) can respectively it is concentric connection four described in reload channel (29)；Centre in the groove (50) is also equipped with vertically
Third motor (8), the output shaft (7) of the third motor (8) and the concentric setting of the ring body of reloading (5)；It further include water
Flat rotating arm (6) is fixedly connected the output shaft (7) in the middle part of the rotating arm (6), under the both ends of the rotating arm (6)
Side is fixedly installed two vertical transmission arms (9), and the lower end of two transmission arms (9) is respectively fixedly connected with the ring body of reloading
(5) upside；The third motor (8) can be concentric by ring body (5) of reloading described in rotating arm (6) and transmission arm (9) driving
Rotation.
5. soil enrichment repair system according to claim 4, it is characterised in that: each rotary shaft (17) is far from described
One end of second motor (18) is provided with taper (27).
6. the restorative procedure of soil enrichment repair system according to claim 5, characterized by the following steps:
Prepared mud by barren hard soil breaking powdered to be repaired, and is carried out preliminary hydro-extraction and killed by step 1
Bacterium processing；Under original state, the first reload slot (12.1), second slot (12.2), third slot (12.3) and the 4th that reloads that reloads is changed
Hopper (12.4) respectively it is concentric connection four described in reload channel (29)；
Broken native source blanking is synchronized blanking to the first native source feed inlet (14.1) and second by step 2, native source blanking device
In native source feed inlet (14.3), and then the native source blanking in the first native source feed inlet (14.1) and the second native source feed inlet (14.3)
In the propulsion channel (28) in propulsion channel (28) and third Transfer pipe (15.3) into the first Transfer pipe (15.1)；With
This simultaneously mud blanking device by the synchronous blanking of mud after sterilization and preliminary hydro-extraction to the first mud feed inlet (14.2) and
In second mud feed inlet (14.4), and then the mud in the first mud feed inlet (14.2) and the second mud feed inlet (14.4)
Into in the propulsion channel (28) in the propulsion channel (28) and the 4th Transfer pipe (15.4) in the second Transfer pipe (15.2)；
And it is consistent the speed of mud blanking and the speed of native source blanking；And make in subsequent process, the first native source feed inlet
(14.1) and in the second native source feed inlet (14.3) remained Tu Yuan, the first mud feed inlet (14.2) and the second mud into
Material mouth has remained mud in (14.4)；
Step 3, while starting four first motors (13), and then make four transmission sharf (16) synchronous rotaries；It is same with this
When, four the second motors (18) of synchronous averaging, and then make four rotary shafts (17) always in the state persistently rotated；And then the
The Tu Yuan in the propulsion channel (28) in propulsion channel (28) and third Transfer pipe (15.3) in one Transfer pipe (15.1)
It is gradually promoted to the geometric center direction of ingredient boss (3) under the agitation of corresponding auger transmission blade (25), until the
In the channel of reloading (29) in channel of reloading (29) and third Transfer pipe (15.3) in one Transfer pipe (15.1) just by
Tu Yuan filling, and then make first to reload slot (12.1) and third reloads and is accordingly filled with Tu Yuan in slot (12.3)；At the same time
The mud in the propulsion channel (28) in propulsion channel (28) and the 4th Transfer pipe (15.4) in two Transfer pipes (15.2)
It is gradually promoted to the geometric center direction of ingredient boss (3) under the agitation of corresponding auger transmission blade (25), until the
In the channel of reloading (29) in channel of reloading (29) and the 4th Transfer pipe (15.4) in two Transfer pipes (15.2) just by
Mud filling, and then second slot (12.2) and the 4th that reloads is made to reload and be accordingly filled with mud in slot (12.4)；
Step 4 starts third motor (8), and then third motor (8) drives the ring that reloads by rotating arm (6) and transmission arm (9)
Body (5) rotates clockwise 90 °, then pause rotation；And then make first reload slot (12.1), second reload slot (12.2), third
The slot (12.3) and the 4th that reloads reloads 90 ° of synchronous rotary of slot (12.4), and first reloads slot (12.1) and third is reloaded slot at this time
(12.3) Tu Yuan in is transported to channel of reloading (29) and the 4th Transfer pipe in the second Transfer pipe (15.2) accordingly
(15.4) in the channel of reloading (29) in；Second reloads slot (12.2) and the 4th mud that reloads in slot (12.4) is turned accordingly
It transports in the channel of reloading (29) in channel of reloading (29) and third Transfer pipe (15.3) in the first Transfer pipe (15.1)；
Top half is Tu Yuan entirely in the channel of reloading (29) of the second Transfer pipe (15.2) at this time, and lower half portion is mud entirely；
Top half is Tu Yuan entirely in the channel of reloading (29) of 4th Transfer pipe (15.4), and lower half portion is mud entirely；
Top half is mud entirely in the channel of reloading (29) of the first Transfer pipe (15.1) at this time, and lower half portion is Tu Yuan entirely；
In the channel of reloading (29) of third Transfer pipe (15.3), top half is mud entirely, and lower half portion is Tu Yuan entirely；
The agitation that continues of step 5, four auger transmission blade (25) promotes, and makes the mud and soil in four channels of reloading (29)
The mixture in source is advanced into respectively in four native mud fusions channel (30), at this time several stirring bars (24) in rotary shaft (17)
The mixture of the mud and Tu Yuan that are advanced into native mud fusion channel (30) is stirred；And then make native mud fusion channel (30)
In mud and Tu Yuan sufficiently merge；
Step 6, step 5 run the predetermined time, push away the mixture of mud and Tu Yuan in four channels of reloading (29) completely
It enters in four native mud fusions channel (30), mud and the sufficiently fused mixing of Tu Yuan in four native mud fusions channel (30)
Object passes through four discharge port (26) discharges respectively or squeezes out, native mud mixture blanking discharge port (26) discharge or squeezed out from four
It to native source conveyer belt (1), and is supplemented in four channels of reloading (29) by new Tu Yuan or mud, at the end of being restored to step 3
State；
Step 7 in periodically continuously repeating step 4 to step 6, and then makes four discharge ports (26) at periodically connecting
Continuous discharge or the mixture for squeezing out mud and Tu Yuan；The mud lean soil low with water content is mixed, and then is realized pair
Getting fat, moisturizing, the effect of tackifying of prone soil, avoiding mud from containing, fertilizer amount is excessive to there is the phenomenon that burn seedlings.
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| EP0591625A1 (en) * | 1992-10-08 | 1994-04-13 | Kiefl Kg | Device for the regeneration and sterilization of soil |
| CN206500436U (en) * | 2017-01-12 | 2017-09-19 | 贾筱昕 | Soil remediation processing unit is used in a kind of municipal gardens environmental protection greening |
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