CN207342613U - One kind is with fertile equipment - Google Patents
One kind is with fertile equipment Download PDFInfo
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- CN207342613U CN207342613U CN201720830055.4U CN201720830055U CN207342613U CN 207342613 U CN207342613 U CN 207342613U CN 201720830055 U CN201720830055 U CN 201720830055U CN 207342613 U CN207342613 U CN 207342613U
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Abstract
The utility model provides one kind with fertile equipment, including：Upper station platform, storage device, metering device and agitating device；Upper station platform, the storage device, the metering device and the agitating device are set gradually according to top-down order；The storage device includes：At least two storage bins；The first screw mechanism is equipped with the storage bin.It is provided by the utility model with fertile equipment to air-tightness no requirement (NR), conveyed without wind turbine caused by phenomenon more than airborne dust, it is not necessary to using conveying equipments such as screw rod, lifting rope, chains, material particles integrality is preferable.And by being equipped with the first screw mechanism in storage bin, the bridging structure of chemical fertilizer material in storage bin can be destroyed, strengthen material fluidity.
Description
Technical field
Agricultural machinery technological field is the utility model is related to, more particularly to it is a kind of with fertile equipment.
Background technology
The modes such as fertile equipment is generally conveyed by wind turbine, helical feed, suspension bucket are lifted of matching somebody with somebody of the prior art carry out chemical fertilizer thing
The conveying of material.Wind turbine conveying be designed as closed system by that will match somebody with somebody fertile equipment, be made using fan operation closed with fertilizer equipment pipe
Negative pressure of vacuum is produced in road, chemical fertilizer material suction storage bin hopper is either operated or gone out to carry out follow-up blanking in dump skip
Material operation.Helical feed is rotated using motor as power resources, by helical blade in pipeline, and chemical fertilizer material is pushed to storage
Hopper or dump skip.Suspension bucket lifting is used as carrier by suspension bucket, steel cable or chain-driving suspension bucket is driven using motor, by chemical fertilizer
Material is lifted to storage bin hopper or dump skip.
But above-mentioned mode of movement has as a drawback that：
Wind turbine conveying is very high to the seal request of storage bin hopper, dump skip and pipe-line system, as long as there is gas leak phenomenon will
The transfer efficiency of material is substantially reduced, high processing costs, difficulty of processing are high, installation difficulty is high, equipment longtime running poor reliability.
For the power part of wind turbine conveying generally using high wind turbine, air compressor machine, motor etc., power consumption is big.During wind model, it is difficult to convey
Pure powder material or containing the more material of powder, powder can produce airborne dust under the drive of high-speed wind power, and powder is excessively easily blocked and removed
Dirt system, and easily there is the phenomenon of wall built-up bridging in powder.During production, chemical fertilizer material is initially introduced into the lower station positioned at ground
Hopper, is then delivered up supreme station storage bin hopper by pipeline, and material transfer efficiency is extremely low.Wind turbine power conveying material needs
Many electrical equipments and electric switching valve control wind turbine air-channel system, and control point is more, whole as long as which part control unit damages
A fertilizer compounding machine will be unable to work normally, and fragile and failure rate is higher.
Helical feed is to promote material to be conveyed in pipeline by the friction produced between material and helical blade, if spiral shell
Bar processes insufficient strength, and easily fracture screw rod, and choice of electrical machine is unreasonable, is also easy to cause overload and jumps electricity.Helical blade with
The extruding force that material produces in course of conveying is highly vulnerable to breakage the granule integrity of material.All it is corrosivity with fertile raw material, to spiral shell
The material requirement of swing arm is very stringent, and movable part is easily corroded.In wet environment, granular material easily lumps, and makes screw rod
It is stuck, it can not work on.Each feeding spiro rod need to be power with 1 motor, and the whole energy consumption with fertile equipment is larger.Production
When, chemical fertilizer material is initially introduced into the lower station hopper positioned at ground, is then delivered up supreme station storage bin hopper, thing by screw rod
Expect that transfer efficiency is extremely low.Control point is more, and required control element is more, and control element frequent operation causes failure rate higher.
For using suspension bucket lifting, with fertile equipment, due to all be corrosivity with fertile raw material, suspension bucket falls rope and chain appearance
Easily it is corroded, easily produces mechanical breakdown, equipment is needed to spend a lot of time and safeguarded after operation a period of time.In addition, suspension bucket carries
The mode risen also has the shortcomings that energy consumption is larger, material transfer efficiency is low, control point is more and causes high failure rate.
Utility model content
The utility model provides one kind with fertile equipment, to solve the airtight requirement of existing wind turbine mode of movement height, airborne dust
More, the screw rod of helical feed mode is fragile, material is difficult to the lifting rope, the chain that keep granule integrity and suspension bucket hoisting way
The problem of being easily corroded.
It is provided by the utility model with fertile equipment, including：Upper station platform, storage device, metering device and agitating device；
Upper station platform, the storage device, the metering device and the agitating device are according to top-down
Order is set gradually；
The storage device includes：At least two storage bins；The first screw mechanism is equipped with the storage bin.
Further, it is described in the utility model to include with fertile equipment, first screw mechanism：First screw assembly,
Two screw assemblies and the first rotation axis being vertically arranged；
First screw assembly and second screw assembly are arranged on first rotation axis and oppositely oriented.
Further, it is described in the utility model to include with fertile equipment, first screw assembly：First helical blade and
Two helical blades；
First helical blade and second helical blade are in the zonate frond that radius is gradually reduced from top to bottom,
First helical blade rotates 180 ° along the direction of rotation of rotation axis relative to second helical blade and arranges, and described first
Helical blade is identical with the rotation direction of second helical blade；
Second screw assembly includes：3rd helical blade and the 4th helical blade；
3rd helical blade and the 4th helical blade are in the zonate frond that radius is gradually reduced from top to bottom,
3rd helical blade rotates 180 ° along the direction of rotation of rotation axis relative to the 4th helical blade and arranges, and the described 3rd
Helical blade is identical with the rotation direction of the 4th helical blade.
Further, it is described in the utility model with fertile equipment, first helical blade and second helical blade
Rotation direction and the 3rd helical blade and the 4th helical blade it is oppositely oriented；
The radius of first helical blade and second helical blade is more than the 3rd helical blade and described the
The radius of four helical blades.
Further, it is described in the utility model to be equipped with fertile equipment, first rotation axis：First support bar and second
Strut；
The first support bar and the second support bar are each perpendicular to first rotation axis, the first support bar with
The second support bar is parallel, and the length of the first support bar is more than the length of the second support bar, first rotation
Axis is arranged in the second support bar through the midpoint of the first support bar and the second support bar, the first support bar
Side；
First helical blade and second helical blade both pass through the first support bar and second support
The end of bar；
3rd helical blade and the 4th helical blade both pass through the first support bar and second support
The supporting part of bar.
Further, it is described in the utility model to be additionally provided with fertile equipment, first rotation axis：3rd supporting rod；
3rd supporting rod is perpendicular to first rotation axis and the first support bar, the length of the 3rd supporting rod
Length of the degree less than the first support bar and the length more than the second support bar, first rotation axis is through described the
The midpoint of three supporting rods, the 3rd supporting rod are arranged between the first support bar and the second support bar；
First helical blade and second helical blade both pass through the end of the 3rd supporting rod；
3rd helical blade and the 4th helical blade both pass through the supporting part of the 3rd supporting rod.
Further, it is described in the utility model to be equipped with scraping blade with fertile equipment, first rotation axis；
The scraping blade is arranged on below first screw assembly and second screw assembly.
Further, described in the utility model with fertile equipment, the scraping blade is using flight or the cornual plate being vertically arranged.
Further, described in the utility model with fertile equipment, the storage bin is in inverted cone.
It is provided by the utility model that unpacking is carried out to chemical fertilizer material in upper station platform with fertile equipment, staff, then
Chemical fertilizer material is delivered to the storage device below upper station platform, makes chemical fertilizer material successively by storing up using gravity
Expect device, metering device and agitating device, to carry out chemical fertilizer production, conveying of the chemical fertilizer material in fertile equipment only relies on gravity
Effect, the modes such as wind turbine conveying, helical feed, suspension bucket lifting need not be used with the chemical fertilizer material conveying in fertile equipment, so that
Avoid the shortcomings that these three mode of movement are brought, the utility model embodiment with fertile equipment to air-tightness no requirement (NR), do not have
Phenomenon more than airborne dust caused by wind turbine conveying, it is not necessary to using the conveying equipments such as screw rod, lifting rope, chain, material particles integrality
Preferably.And by being equipped with the first screw mechanism in storage bin, the bridging structure of chemical fertilizer material in storage bin can be destroyed, strengthen
Material fluidity.
Brief description of the drawings
By reading the detailed description made to non-limiting example made with reference to the following drawings, the utility model
Other features, objects and advantages will become more apparent upon：
Fig. 1 is the dimensional structure diagram with fertile equipment of the utility model embodiment one；
Fig. 2 is the main structure diagram with fertile equipment of the utility model embodiment one；
Fig. 3 is the upper station platform, the first supporting mechanism and the working bin for saving cover board of the utility model embodiment one
Main structure diagram；
Fig. 4 is the upper station platform, the first supporting mechanism and the working bin for saving cover board of the utility model embodiment one
Dimensional structure diagram；
Fig. 5 closes for the position of the storage device of the utility model embodiment one, metering device, agitating device and drawing mechanism
It is schematic diagram；
Fig. 6 is the overlooking the structure diagram of the upper station platform of the utility model embodiment one；
Fig. 7 is the overlooking the structure diagram of the storage device of the utility model embodiment one；
Fig. 8 is the dimensional structure diagram of the storage bin of the utility model embodiment one；
Fig. 9 is the dimensional structure diagram of the storage bin for saving the first valve of the utility model embodiment one；
Figure 10 is the present invention looks up structural representation of the storage bin for saving the first valve of the utility model embodiment one；
Figure 11 is the dimensional structure diagram of the metering device of the utility model embodiment one；
Figure 12 is the present invention looks up structural representation of the metering device of the utility model embodiment one；
Figure 13 is the dimensional structure diagram of the metrological service of the utility model embodiment one；
Figure 14 is the agitating device of the utility model embodiment one and the dimensional structure diagram of drawing mechanism；
Figure 15 is the structure diagram of the agitating device of the open mode of the utility model embodiment one；
Figure 16 is the dimensional structure diagram of the drawing mechanism of the utility model embodiment one；
Figure 17 is the right side structural representation with fertile equipment of the utility model embodiment one；
Figure 18 is the dimensional structure diagram of the storage bin of the utility model embodiment two；
Figure 19 is the cross-sectional view of the storage bin of the utility model embodiment two；
Figure 20 is the dimensional structure diagram of first screw mechanism of the utility model embodiment two；
Figure 21 is the present invention looks up structural representation of first screw mechanism of the utility model embodiment two；
Figure 22 is the main structure diagram of first screw mechanism of another kind of the utility model embodiment two；
Figure 23 illustrates for the front view structure of the storage device of the utility model embodiment two, metering device and agitating device
Figure；
Figure 24 illustrates for the stereochemical structure of the storage device of the utility model embodiment two, metering device and agitating device
Figure；
Figure 25 is the dimensional structure diagram of second screw mechanism of the utility model embodiment two；
Figure 26 is the present invention looks up structural representation of second screw mechanism of the utility model embodiment two.
Description of reference numerals：
Conveying device 1；One end 11 of conveying device；The other end 12 of conveying device；
Upper station platform 2；Guardrail 21；The notch 211 of guardrail；Control panel 22；The feeding port 23 of upper station platform；Partition plate
231；Operating area 24；
Storage device 3；Storage bin 31；The feeding port 311 of storage bin；Feed opening 312；First valve 313；The top of storage bin
Wall 314；The first side wall 315 of storage bin；The second sidewall 316 of storage bin；First dust-proof mechanism 317；First screw mechanism 32；
First rotation axis 321；Scraping blade 3211；First helical blade 3221；Second helical blade 3222；3rd helical blade 3223；The
Four helical blades 3224；First support bar 3231；Second support bar 3232；3rd supporting rod 3233；
The metering device 4；Metrological service 41；Second opening 411；3rd opening 412；
Agitating device 5；Stir storehouse 51；4th opening 511；Second rotation axis 521；Second screw mechanism 52；5th is spiral
Blade 5221；6th helical blade 5222；7th helical blade 5223；8th helical blade 5224；4th supporting rod 5231；The
Five supporting rods 5232；6th supporting rod 5233；7th supporting rod 5234；3rd screw mechanism 53；
Drawing mechanism 6；6th opening 61；
Working bin 7；Cover board 71；Door 72；Internal framework 73；
Climbing device 81；Stair 82；
First supporting mechanism 91；Second supporting mechanism 92.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment one
Fig. 1 is the dimensional structure diagram with fertile equipment of the utility model embodiment one, and Fig. 2 is implemented for the utility model
The main structure diagram with fertile equipment of example one, as depicted in figs. 1 and 2, the utility model embodiment one match somebody with somebody fertile equipment bag
Include：Conveying device 1, upper station platform 2,7 and first supporting mechanism 91 of working bin.
First supporting mechanism 91 is arranged on ground, and working bin 7 is arranged on the first supporting mechanism 91, and upper station platform 2 is arranged on work
Make on storehouse 7.One end 11 of conveying device is arranged on ground, and the other end 12 of conveying device is arranged on upper station platform 2.It is defeated in Fig. 1
Device 1 is sent to use conveyer belt.In addition, conveying device also can use suspension bucket or elevator system to convey whole bag chemical fertilizer material from ground
Supreme station platform 2, as long as meeting the both ends of conveying device respectively in ground and upper station platform to carry out whole bag chemical fertilizer material
Conveying.
Specifically, it is connected between upper station platform 2,7 and first supporting mechanism 91 of working bin by detachable attachment mechanism.
Conveying device 1 is not directly coupled is arranged on the second supporting mechanism 92, the second supporting mechanism 92 in upper station platform 2, conveying device 1
Arranged on ground., can be by conveying device 1, upper station platform 2, working bin 7, the first supporting mechanism 91 and the second support machine during transport
Structure 92 is transported after splitting, and during work, the first supporting mechanism 91, working bin 7 and upper station platform 2 are taken successively from bottom to top
Installation is built, then the alignment of the other end 12 of conveying device is installed in upper station platform 2, so that it may carries out production operation.By that will match somebody with somebody
Fertile equipment is divided into some detachable modular components, and easy to disassemble and transport is large-scale with fertile equipment.
Fig. 3 is the upper station platform, the first supporting mechanism and the working bin for saving cover board of the utility model embodiment one
Main structure diagram, Fig. 4 are the upper station platform, the first supporting mechanism and the work for saving cover board of the utility model embodiment one
Make the dimensional structure diagram in storehouse, Fig. 5 is the storage device of the utility model embodiment one, metering device, agitating device and goes out
The position relationship schematic diagram of device is expected, as shown in Figures 3 to 5, according to from top to bottom in the working bin 7 of the utility model embodiment
Order be equipped with successively：Storage device 3, metering device 4 and agitating device 5.Storage device 3, metering device 4 and agitating device 5
It is with the most complicated part of structure in fertile equipment, these three parts is arranged in working bin 7, are protected in production work and transport
Its is without damage.In addition, drawing mechanism 6 can be also arranged in working bin 7 and arranged on the lower section of agitating device 5.Upper station platform 2 is arranged on
The top of storage device 3, i.e., upper station platform 2, storage device 3, metering device 4, agitating device 5 and storage device 6 are according to from upper
Order under and sets gradually and fixes each component locations by the internal framework 73 of working bin 7.As shown in Fig. 2, work
7 surrounding of storehouse is around being equipped with cover board 71, and dismountable cover plate 71 overhauls each device inside working bin 7 during failure.
The utility model embodiment with fertile equipment work when, by the chemical fertilizer material of non-unpacking from one end 11 of conveying device
The other end 12 of conveying device is delivered to, chemical fertilizer material is carried out unpacking on upper station platform 2 and put into supreme by staff
The storage device 3 of the lower section of station platform 2, chemical fertilizer material initially enter whole fertilizer equipment of matching somebody with somebody from upper station platform 2 and are processed life
Production.Storage device 3, metering device 4 and agitating device 5 are set gradually according to top-down order, thus chemical fertilizer material with
Conveying in fertile equipment, it is not necessary to which any conveying power-equipment, only relies on gravity and just complete from storage device 3 by metering dress
Put the conveying action of 4 arrival agitating devices 5.
The utility model embodiment matches somebody with somebody fertile equipment, it is not necessary to feeding or discharging are carried out to chemical fertilizer material using wind turbine, because
This does not require air-tightness, and airborne dust is few, and control point is greatly decreased so as to reducing failure rate, using gravity conveyed from
And reduce energy consumption.
The utility model embodiment matches somebody with somebody fertile equipment, it is not required that carries out feeding or discharging using screw rod, saves spiral shell
Bar will not influence the granule integrity of fertilizer, still can work normally in wet condition so as to reducing manufacture cost,
Control point is greatly decreased so as to reduce failure rate, carries out conveying using gravity so as to reduce energy consumption.
Compared with the mode of suspension bucket lifting, the utility model embodiment is only conveyed with fertile equipment by suspension bucket or conveyer belt
The chemical fertilizer material of non-unpacking, is not after chemical fertilizer material enters with fertile equipment inside, recycles change of the suspension bucket to unpacking
Fertile material is conveyed, and avoids lifting rope and the problem of chain is corroded.In addition, the utility model embodiment matches somebody with somebody fertile equipment also
Have the advantages that material transfer efficiency is high, failure rate is low, energy consumption is low.
Fig. 6 is the overlooking the structure diagram of the upper station platform of the utility model embodiment one, and such as Fig. 6 simultaneously combines Fig. 4 institutes
Show, the outer rim of upper station platform 2 is equipped with guardrail 21, and guardrail 21 is arranged around upper 2 periphery of station platform, for protecting in upper station
Staff on platform 2.Guardrail 21 is equipped with notch 211 at the position of the other end 12 of conveying device.Staff from lack
The whole bag chemical fertilizer material that conveying device 1 conveys is obtained at mouth 211.As shown in Figure 1, the height of the other end 12 of conveying device is higher than
The height of upper 2 bottom surface of station platform, avoids staff from carrying out pull lift action to whole bag chemical fertilizer material.The bottom of upper station platform 2
Face is plane, does not set step, and whole bag chemical fertilizer material is pulled easy to staff.
Alternatively, the bottom surface of upper station platform 2 is equipped with slideway mechanism, and slideway mechanism is arranged on the other end 12 of conveying device
Lower section, slideway mechanism are equipped with the slope that upper 2 bottom surface of station platform is extended to from the other end 12 of conveying device.Conveying device 1
, it is necessary to which staff avoids contacting with conveying device 1 under operating condition, security incident to avoid.For example, conveying device 1 is adopted
With conveyer belt, if staff carelessly touches conveyer belt, it is possible to be involved in by the conveyer belt in movement.By conveying
The lower section of the other end 12 of device is equipped with slideway mechanism, and whole bag chemical fertilizer material drops down onto slideway machine from the other end 12 of conveying device
Structure, then the bottom surface of supreme station platform 2 is slid, so as to avoid staff from being contacted with conveying device 1.
As shown in figure 4, upper station platform 2 is equipped with control panel 22, control panel 22 is used to control conveying device 1.Specifically
Ground, control panel 22 are equipped with the button for being used for controlling conveying speed, unlatching and the stopping of conveying device 1 etc..Since upper station is put down
The staff of platform 2 is the main operator to feed intake, it is therefore desirable to which the control panel of conveying device is arranged on upper station
Platform, is controlled by the staff of upper station platform 2, is avoided conveying device conveying speed too fast, is had little time to feed intake and lead
The accumulation of chemical fertilizer material is caused, in addition, upper 2 operating space of station platform is limited and height is higher, is operated in upper station platform 2
Control can avoid catastrophic failure from triggering security incident.
In the case where upper station platform is equipped with bottom surface, feeding port 23 is equipped with upper 2 bottom surface of station platform, feeding port 23 connects
Pass to storage device 3.Feeding port 23 can directly connect storage device, either by opening or passage connect storage device or
Opening or passage the connection storage device being equipped with by the roof of working bin.For example, the storage bin of storage device 3 is equipped with first
Be open (not shown), which is oppositely arranged with feeding port 23, and chemical fertilizer material passes sequentially through feeding port 23 and first
Opening is fallen into storage bin.In addition, in the case of by bottom surface of the roof of storage device 3 as upper station platform, that is, save
Extra upper station platform base and in the case of being replaced by the roof of storage device, be equipped with feeding port in 3 roof of storage device.
The utility model embodiment is mainly that the bottom surface of above station platform is illustrated by the situation that the roof of storage device is formed.
Partition plate 231 is equipped with the position of feeding port 23, each feeding port 23 is separated by by partition plate 231, to avoid difference
The chemical fertilizer materials from spattering of species is to other feeding ports.Feeding port 23 is equipped with filter screen, can be by because of the chemical fertilizer of moist rotten caking
Material filters out.
As shown in fig. 6, each feeding port 23 is arranged along the periphery of the upper station platform 2, at the center of upper station platform 2
The operating area 24 of station platform 2 in formation, operating area 24 do not include the region where feeding port 23.Staff is operating
It is movable in region 24.The side of operating area 24 connects with the other end 12 of conveying device, i.e. the notch 211 of guardrail 21, convenient
Staff obtains the chemical fertilizer material for being delivered to station platform.The opposite side of operating area 24 connects with climbing device 81, just
In staff supreme station platform 2 is stepped on from climbing device 81.As shown in fig. 6, each 23 encircling operation region 24 of feeding port is outer
Arrange in week, so that space as much as possible is saved for operating area 24, and also the staff in center also allows for
Feeding port around delivers chemical fertilizer material, it is not necessary to walks about too much.
Fig. 7 is the overlooking the structure diagram of the storage device of the utility model embodiment one, as shown in fig. 7, this practicality is new
Perpendicular bisector split structure of the storage device 3 of type embodiment one by the identical storage bin 31 of six external structures around storage device
Into.Each storage bin 31 is used to store a kind of chemical fertilizer material, and therefore, the fertile device of matching somebody with somebody of the utility model embodiment can be right at the same time
Six kinds of chemical fertilizer materials are processed production.In addition, the utility model is not construed as limiting the quantity of storage bin, the quantity of storage bin can
To be increased and decreased according to needs of production.
Fig. 8 is the dimensional structure diagram of the storage bin of the utility model embodiment one, and Fig. 9 is the utility model embodiment
The dimensional structure diagram of one storage bin for saving the first valve, as shown in Figure 8 and Figure 9, storage bin are equipped with feeding port 311
(situation for eliminating station platform base), 312 and first valve 313 of feed opening.
The feeding port 311 of storage bin is arranged on the outer rim of the roof 314 of storage bin, and feed opening 312 is arranged on the bottom of storage bin.
First valve 313 is arranged on feed opening 312.Adjacent the first side wall 315 is vertically arranged and cooperates between each storage bin, from
And multiple storage bins are made to become a storage device around the perpendicular bisector split of storage device.As shown in fig. 7, the top of storage bin 31
Face is triangular in shape, and six 31 splits of storage bin are the hexagonal storage device 3 of top surface.The feed opening 312 of each storage bin is to storage
Expect that the perpendicular bisector offset of device 3 is set, i.e., the feed opening of each storage bin 312 is around simultaneously close to the perpendicular bisector cloth of storage device 3
Put.Since the volume of storage bin 31 is much larger than the metering device 4 of lower section, it is therefore desirable to which feed opening 312 is drawn close to center, can just be made
Each feeding port 312 is respectively positioned on the top of metering device 4, otherwise metering device 4 due to top surface area it is excessive, its side wall needs to meet again
Angle of repose is set, and necessarily causes metering device excessive, on the whole to add unnecessary space and height with fertile equipment.
Figure 10 be the utility model embodiment one the storage bin for saving the first valve present invention looks up structural representation, such as Figure 10
It is shown, in figure dotted portion for the feeding port 311 of storage bin position, the feeding port 311 of storage bin ground projection with
Projection of the material mouth 312 on ground does not overlap each other.The second sidewall 316 of storage bin extends to feed opening 312 from feeding port 311,
Projection of the feeding port 311 on ground is fallen into drop shadow spread of the second sidewall 316 on ground.The chemical fertilizer put into from feeding port 311
Material all drops down onto second sidewall 316 first, then is slipped into feed opening 312 from second sidewall.So as to avoid chemical fertilizer material direct
Feed opening 312 is dropped down onto, impacts, reduces symmetrical when to during 4 blanking of metering device, chemical fertilizer material directly will not be formed metering device
The adverse effect of weight precision.Second sidewall 316 meets angle of repose setting, avoids chemical fertilizer material wall built-up.Second sidewall 316 is in figure
Planar structure, in addition, second sidewall 316 can also be set to curved wall structure, its curved wall and adjacent wall are tangent, can reduce
The corner angle of formation are contacted between plane and plane, reduce the bridging phenomenon of chemical fertilizer material.
Figure 11 is the dimensional structure diagram of the metering device of the utility model embodiment one, and Figure 12 is real for the utility model
The present invention looks up structural representation of the metering device of example one is applied, Figure 13 is the stereochemical structure of the metrological service of the utility model embodiment one
Schematic diagram, as shown in Figure 11 to 13, the metering device 4 of the utility model embodiment includes：Three metrological services 41.Each metering
Adjacent side wall is vertically arranged and cooperates between mechanism 41, can surround three metrological services 41 in metering device
Vertical line is closely stitched together, to save space.Each metrological service 41 is oppositely arranged with two storage bins 31, each dosing machine
Structure 41 weighs two 31 chemical fertilizer materials of storage bin successively, i.e., first conveys the chemical fertilizer material blanking of a storage bin 31
Measured to metrological service 41 below, after the chemical fertilizer material in the metrological service 41 reaches preset weight, stopping should
The blanking conveying of storage bin 31, while start the blanking conveying of another storage bin 31 for being located at the top of metrological service 41, should
The chemical fertilizer material of another storage bin 31 is weighed by metrological service 41.Three metrological services 41 are carried out at the same time metering, each meter
Work independently between measuring mechanism 41.If being provided only with a metrological service to weigh to the chemical fertilizer material of each storage bin successively, can lead
Cause weighing stage to take considerable time that agitating device is needed to wait for after weighing, can be stirred, cause with fertilizer efficiency rate significantly
Reduce.And a metrological service is equipped with if each storage bin, and metering device overall volume can be caused excessive, and volume
The metrological service added outside adds the cost with fertile equipment.
The roof of metrological service 41 is equipped with the second opening 411, and the bottom of metrological service is equipped with the 3rd opening 412, and the 3rd opens
Mouth 412 is equipped with the second valve 413.Second opening 411 is oppositely arranged with feed opening 312.As shown in figure 12, the of each metrological service
Three opening 412 to metering device perpendicular bisector deviate set, i.e., around and close to metering device 4 perpendicular bisector, its principle with
The feed opening set-up mode of storage bin is similar, and details are not described herein again.With reference to figure 9, set between the opening of feed opening 312 and second 411
There is the first dust-proof mechanism 317, for powdered chemical fertilizer material, carry out material conveying by gravity, still can produce a certain amount of
Dust, flying dust can be prevented between storage bin and metrological service equipped with dust-proof mechanism 317.
Wherein, weighing sensor is equipped with metrological service, weighing sensor can use resistance strain weighing transducer, when
During chemical fertilizer raw material weight increase in metrological service 41, metrological service 41 sinks, and causes resistance strain weighing transducer
Deformation, and then export the weight signal of chemical fertilizer raw material.
Figure 14 is the agitating device of the utility model embodiment one and the dimensional structure diagram of drawing mechanism, and Figure 15 is this
The structure diagram of the agitating device of the open mode of utility model embodiment one, as shown in FIG. 14 and 15, the utility model are real
Applying the agitating device of example includes：Stir storehouse 51 and horizontally disposed agitating auger 53.The roof of stir storehouse is equipped with the 4th opening
511, the bottom of agitating device is equipped with the 5th opening (not shown), the 4th opening 511 and the 3rd opening 412 of metrological service
It is oppositely arranged.Agitating auger 53 is horizontal to be arranged in stir storehouse 51.With reference to figure 13, the 3rd opening 412 of metrological service is opened with the 4th
The second dust-proof mechanism 414 is equipped between mouth 511, the second dust-proof mechanism principle is similar to the first dust-proof mechanism principle, therefore no longer
Repeat.
Figure 16 is the dimensional structure diagram of the drawing mechanism of the utility model embodiment one, and such as Figure 16 simultaneously combines Figure 14 institutes
Show, embodiment one is further included with fertile equipment：Drawing mechanism 6.Drawing mechanism 6 is arranged on the lower section of agitating device 5.As shown in figure 3, go out
Expect that device 6 is specific to be also arranged in working bin 7, the discharge port 61 of drawing mechanism 6 is stretched out from 7 bottom of working bin.The top of drawing mechanism
Portion is the 6th opening 62, and the bottom of drawing mechanism is equipped with discharge port 61.6th opening 62 and the 5th opening of agitating device bottom
It is oppositely arranged.The 3rd dust-proof mechanism (not shown), the 3rd dust-proof mechanism principle are equipped between 6th opening and the 5th opening
It is similar to the first dust-proof mechanism principle, therefore repeat no more.
Figure 17 is the right side structural representation with fertile equipment of the utility model embodiment one, and such as Figure 17 simultaneously combines Fig. 1 institutes
Show, embodiment one is further included with fertile equipment：Climbing device 81.Climbing device 81 extends to ground from upper station platform 2.Work
Personnel go to upper station platform 2 by climbing device 81.Climbing device 81 can use the equipment such as cat ladder, elevator ＆ stairs.Embodiment
One fertile equipment of matching somebody with somebody further includes：Stair 82.One end of stair 82 is arranged on ground, and the other end of stair 82 is arranged on the storehouse of working bin 7
At the position of door 72.As shown in figure 17, door 72 is in open mode, and staff can enter working bin by door 72
It is interior, the work such as safeguarded, overhauled to the equipment in working bin.
Embodiment two
The utility model embodiment two also discloses a kind of with fertile equipment, the matching somebody with somebody with fertile equipment and embodiment one of embodiment two
Fertile equipment is essentially identical, and difference essentially consists in the arrangement position of storage bin, agitating device and feeding port.
Figure 18 is the dimensional structure diagram of the storage bin of the utility model embodiment two, and Figure 19 is implemented for the utility model
The cross-sectional view of the storage bin of example two, as shown in Figure 18 and Figure 19, the storage bin 31 of the utility model embodiment two is in
Inverted cone, the storehouse surface of whole storage bin is arc, without the corner angle that formation is contacted between plane and plane, the shape of corner angle
Into the material bridging for easily making accumulation, the flowing property of material is influenced.Although arc inner wall can be effectively improved granulo-fertilizer thing
The mobility of material, but for powdered or higher humidity chemical fertilizer material, in this case it is still possible to there is bridging phenomenon, influence
The free-flowing of fertile material.Therefore, the first screw mechanism 32 is equipped with vertically in storage bin 31, it is powdered in storage bin to destroy
Or the bridging structure of the chemical fertilizer material of high humility, chemical fertilizer material loosening is made by stirring, easy to flow.
First screw mechanism 32 includes：First screw assembly, the second screw assembly and the first rotation axis being vertically arranged
321.First screw assembly and the second screw assembly are arranged on the first rotation axis and oppositely oriented setting.The radius of first screw assembly
More than the second screw assembly radius.First screw assembly makes chemical fertilizer material roll downwards, and chemical fertilizer material is pushed into discharge port 312.
Second screw assembly makes chemical fertilizer material roll upwards, makes chemical fertilizer material structure loose.Two groups of screw assembly collective effects, in storing
Convection current is formed in storehouse, it is easier to destroy bridging structure.
Figure 20 is the dimensional structure diagram of first screw mechanism of the utility model embodiment two, and Figure 21 is new for this practicality
The present invention looks up structural representation of first screw mechanism of type embodiment two, as shown in Figure 20 and Figure 21, the first screw assembly includes：The
One helical blade 3221 and the second helical blade 3222.Second screw assembly includes：3rd helical blade 3223 and the 4th is spiral
Blade 3224.
First helical blade 3221 and the second helical blade 3222 are in the zonate frond that radius is gradually reduced from top to bottom,
The outer rim of first helical blade 3221 and the second helical blade 3222 is engaged with the inner wall of the storage bin of inverted conical, is avoided
There is stirring dead angle.First helical blade 3221 is rotated relative to the second helical blade 3222 along the direction of rotation of rotation axis 321
180 ° of arrangements, the first helical blade 3221 are identical with the rotation direction of the second helical blade 3222.
3rd helical blade 3223 and the 4th helical blade 3224 are in the zonate frond that radius is gradually reduced from top to bottom,
3rd helical blade 3223 rotates 180 ° along the direction of rotation of rotation axis 321 relative to the 4th helical blade 3224 and arranges, and the 3rd
Helical blade 3223 is identical with the rotation direction of the 4th helical blade 3224.
First screw assembly is oppositely oriented with the second screw assembly, specifically, the first helical blade 3221 and the second spiral shell
The rotation direction of vane piece 3222 and the 3rd helical blade 3223 and the 4th helical blade 3224 it is oppositely oriented.
Preferably, L1=L2＞ L3=L4；L1Represent the radius of the first helical blade 3221, L2Represent the second helical blade
3222 radius, L3Represent the radius of the 3rd helical blade 3223, L4Represent the radius of the 4th helical blade 3224.
First helical blade 3221 and the second helical blade 3222 push the chemical fertilizer material inside storage bin to discharge port
312, while the chemical fertilizer material of storage bin inner wall is scraped off, easy to chemical fertilizer Flow of Goods and Materials blanking.3rd helical blade 3223 and the 4th
Helical blade 3224 is located at the inside of the first helical blade 3221 and the second helical blade 3222, in the overall fortune downwards of chemical fertilizer material
When dynamic, rolling pushes chemical fertilizer material upwards inside it, and large-scale material convection current is internally formed in storage bin, thoroughly destroys and takes
Bridge structure.
First rotation axis 321 is equipped with：First support bar 3231 and second support bar 3232.
First support bar 3231 and second support bar 3232 are each perpendicular to the first rotation axis 321, first support bar 3231 with
Second support bar 3232 is parallel, and first support bar 3231 is arranged on the top of second support bar 3232, the length of first support bar 3231
More than the length of second support bar 3232, the first rotation axis 321 is passed through in first support bar 3231 and second support bar 3232
Point.
First helical blade 3221 passes through the end 32311 of first support bar 3231 and the end of second support bar 3232
32321.Second helical blade 3222 passes through the end 32311 of first support bar 3231 and the end of second support bar 3232
32321.3rd helical blade 3223 passes through the supporting part 32312 of first support bar 3231 and the supporting part of second support bar 3232
32322.4th helical blade 3224 passes through the supporting part 32312 of first support bar 3231 and the supporting part of second support bar 3232
32322.Part between the rotation axis of end 32311 to the first 321 of first support bar is the supporting part of first support bar
32312, the end of other supporting rods and supporting part are identical with this.
Alternatively, the first rotation axis 321 is additionally provided with：3rd supporting rod 3233.3rd supporting rod 3233 can further enhance
The working strength of screw assembly.
First rotation axis 321 passes through the midpoint of the 3rd supporting rod 3233, and the 3rd supporting rod 3233 is arranged on first support bar
Between 3231 and second support bar 3232.3rd supporting rod 3233 is perpendicular to the first rotation axis 321 and first support bar 3231.The
The length of three supporting rods 3233 is less than the length of first support bar 3231, and the length of the 3rd supporting rod 3233 is more than second
The length of strut 3232.
First helical blade 3221 and the second helical blade 3222 both pass through the end 32331 of the 3rd supporting rod 3233.The
Three helical blades 3223 and the 4th helical blade 3224 both pass through the supporting part 32332 of the 3rd supporting rod 3233.
Alternatively, the first rotation axis 321 is equipped with scraping blade 3211.When chemical fertilizer material flows to discharge port, material is easily formed
Put up a bridge, granular material easily blocks or in block blanking, seriously affects the weighing precision of metering device below storage bin, pass through
Scraping blade 3211 destroys the material bridging of discharge outlet, makes Flow of Goods and Materials uniform, improves weighing precision.
Scraping blade 3211 is arranged on below the first screw assembly and the second screw assembly, is specifically arranged under second support bar 3232
Side.As shown in figure 20, scraping blade 3211 uses spiral chip architecture, and flight can drive material material is uniformly flowed to underdrive
Go out feed opening.Figure 22 be the utility model embodiment two the first screw mechanism of another kind main structure diagram, such as Figure 22
Shown, the first screw mechanism of the first screw mechanism and Figure 20 in the figure the difference is that only 3211 structure of scraping blade, figure
The scraping blade 3211 of 22 the first screw mechanism uses cornual plate structure, which is vertically arranged along the first rotation axis 321, using cornual plate
The scraping blade 3211 of structure can flow downward the material scattering of feed opening 312, material by gravity.
Figure 23 illustrates for the front view structure of the storage device of the utility model embodiment two, metering device and agitating device
Figure, Figure 24 are the dimensional structure diagram of the storage device of the utility model embodiment two, metering device and agitating device, are such as schemed
Shown in 23 and Figure 24, the storage device 3 of the utility model embodiment two, metering device 4 and agitating device 5 are suitable successively from top to bottom
Sequence is arranged.The bottom surface of upper station platform (not shown) is made of the roof of storage device 3.Storage device 3 is equipped with feeding port
311, projection of the feeding port 311 on ground falls into drop shadow spread of the second sidewall 316 on ground of the storage bin of storage device 3
It is interior.The second sidewall 316 of embodiment two is arc-shaped, different from the second sidewall 316 of the flat shape of embodiment one.Second sidewall
316 is arc-shaped, can reduce the corner angle that formation is contacted between storage bin inner wall plane and plane, avoids chemical fertilizer material near corner angle
Produce chemical fertilizer solid accumulation, wall built-up, bridging phenomenon.
With reference to figure 24, each feeding port is arranged in the both sides of operating area, is then respectively equipped with the other both sides of operating area
Conveying device and climbing device.Operating area connects with the other end and climbing device of conveying device respectively.
As shown in figure 24, the agitating device 5 of the utility model embodiment two includes：51 and second screw mechanism of stir storehouse
52.Second screw mechanism 52 is arranged in stir storehouse 51 vertically.Stir storehouse 51 is in the inverted conical that volume is gradually reduced from top to bottom
Shape.
Figure 25 is the dimensional structure diagram of second screw mechanism of the utility model embodiment two, and Figure 26 is new for this practicality
The present invention looks up structural representation of second screw mechanism of type embodiment two, as illustrated in figs. 25 and 26, the second screw mechanism 52 include：
3rd screw assembly, the 4th screw assembly and the second rotation axis 521 being vertically arranged.3rd screw assembly and the 4th screw assembly
Arranged on the second rotation axis and oppositely oriented.3rd screw assembly and the 4th screw assembly are located in stir storehouse 51.
3rd screw assembly includes：5th helical blade 5221 and the 6th helical blade 5222.
4th screw assembly includes：7th helical blade 5223 and the 8th helical blade 5224.
5th helical blade 5221 and the 6th helical blade 5222 are in the zonate frond that radius is gradually reduced from top to bottom,
5th helical blade 5221 rotates 180 ° of arrangements relative to the 6th helical blade 5222 along the direction of rotation of the second rotation axis 521,
5th helical blade 5221 is identical with the rotation direction of the 6th helical blade 5222.7th helical blade 5223 and the 8th helical blade
5224 in the zonate frond that radius is gradually reduced from top to bottom, and the 7th helical blade 5223 is relative to the 8th helical blade 5224
180 ° of arrangements, the rotation of the 7th helical blade 5223 and the 8th helical blade 5224 are rotated along the direction of rotation of the second rotation axis 521
To identical.
The rotation direction and the 7th helical blade 5223 and the 8th of 5th helical blade 5221 and the 6th helical blade 5222 are spiral
Blade 5224 it is oppositely oriented.The radius of 5th helical blade 5221 and the 6th helical blade 5222 is more than the 7th helical blade
5223 and the 8th helical blade 5224 radius.
First rotation axis is equipped with：4th supporting rod 5231, the 5th supporting rod 5232, the 6th supporting rod 5233 and the 7th support
Bar 5234.
4th supporting rod 5231 and the 5th supporting rod 5232 are each perpendicular to the second rotation axis 521, and the second rotation axis 521 passes through
The midpoint of 4th supporting rod 5231 and the 5th supporting rod 5232, the 4th supporting rod 5231 are arranged on the top of the 5th supporting rod 5232, the
Four supporting rods 5231 and the 5th supporting rod 5232 are perpendicular, and the length of the 4th supporting rod 5231 is more than the length of the 5th supporting rod 5232
Degree；
6th supporting rod 5233 and the 7th supporting rod 5234 are each perpendicular to the second rotation axis 521, and the second rotation axis 521 passes through
The midpoint of 6th supporting rod 5233 and the 7th supporting rod 5234, the 6th supporting rod 5233 are arranged on the top of the 7th supporting rod 5234, the
Six supporting rods 5233 and the 7th supporting rod 5234 are perpendicular, and the length of the 6th supporting rod 5233 is more than the length of the 7th supporting rod 5234
Degree.
4th supporting rod 5231 and the 6th supporting rod 5233 are in same plane.5th supporting rod 5232 and the 7th supporting rod
5234 are in same plane.The length of 4th supporting rod 5231 is more than the length of the 6th supporting rod 5233.
5th helical blade 5221 passes through the end of 52311 and the 5th supporting rod 5232 of end of the 4th supporting rod 5231
52321.6th helical blade 5222 is another through another 52311 and the 5th supporting rod 5232 of end of the 4th supporting rod 5231
One end 52321.7th helical blade 5223 passes through 52331 and the 7th supporting rod 5234 of end of the 6th supporting rod 5233
End 52341.8th helical blade 5224 passes through 5233 end 52331 of the 6th supporting rod and the end of the 7th supporting rod 5234
52341。
The operation principle of second screw mechanism is similar with the operation principle of the first screw mechanism, therefore repeats no more.First
Screw mechanism and the second screw mechanism are used interchangeably.Since storage bin only needs to destroy the bridging structure of chemical fertilizer material, and
It need not be sufficiently stirred, therefore the rotation angle of the helical blade of the first screw mechanism is 180 °, you can meet the requirements.And second
Screw mechanism is used to stir, therefore the rotation angle of the helical blade of the second screw mechanism is 270 °, is sufficiently stirred with realizing.
The operation principle with fertile equipment of above-described embodiment one and embodiment two is：Staff receives in upper station platform
After the whole bag chemical fertilizer of conveying device conveying, unpacking is carried out in upper station platform, chemical fertilizer material is then put into storing from feeding port
Device, storage device is by chemical fertilizer material blanking to weighing device, will after the chemical fertilizer material in Weighing mechanism reaches preset weight
Chemical fertilizer material is delivered to agitating device and is stirred, and after the completion of stirring, discharges to chemical fertilizer material.
Embodiment three
The utility model embodiment three provides one kind with fertile method, and the fertilizer method of matching somebody with somebody is applied to embodiment one or real
That applies example two matches somebody with somebody fertile equipment.Embodiment three includes with fertile method：
Step S1, upper station platform is delivered to by conveying device by chemical fertilizer material from ground；
Step S2, station platform carries out unpacking to chemical fertilizer material on described；
Step S3, storage device is delivered to by chemical fertilizer material from the upper station platform；
Step S4, is delivered to metering device by the chemical fertilizer material in the storage device using gravity and weighs；
Step S5, stirring is delivered to using gravity by the chemical fertilizer material for meeting preset weight in the metering device
Device is stirred；
Step S6, drawing mechanism is delivered to using gravity by the chemical fertilizer material that the stirring in the agitating device is completed
Discharge.
The utility model embodiment three with fertile method, applied to embodiment one or embodiment two with fertile equipment, its work
Embodiment one and embodiment two are referred to as principle, details are not described herein again.
Those skilled in the art will readily occur to this practicality after considering specification and putting into practice utility model disclosed herein
New other embodiments.This application is intended to cover any variations, uses, or adaptations of the utility model, these
Variations, uses, or adaptations follow the general principle of the utility model and including the undocumented this technology necks of the disclosure
Common knowledge or conventional techniques in domain.Description and embodiments be considered only as it is exemplary, the utility model it is real
Scope and spirit are pointed out by following claim.
It should be appreciated that the accurate knot that the utility model is not limited to be described above and is shown in the drawings
Structure, and various modifications and changes may be made without departing from the scope thereof.
Claims (9)
1. one kind is with fertile equipment, it is characterised in that including：Upper station platform, storage device, metering device and agitating device；
Upper station platform, the storage device, the metering device and the agitating device are according to top-down order
Set gradually；
The storage device includes：At least two storage bins；The first screw mechanism is equipped with the storage bin.
It is 2. according to claim 1 with fertile equipment, it is characterised in that first screw mechanism includes：First spiral group
Part, the second screw assembly and the first rotation axis being vertically arranged；
First screw assembly and second screw assembly are arranged on first rotation axis and oppositely oriented.
It is 3. according to claim 2 with fertile equipment, it is characterised in that
First screw assembly includes：First helical blade and the second helical blade；
First helical blade and second helical blade are described in the zonate frond that radius is gradually reduced from top to bottom
First helical blade rotates 180 ° of arrangements relative to second helical blade along the direction of rotation of rotation axis, and described first is spiral
Blade is identical with the rotation direction of second helical blade；
Second screw assembly includes：3rd helical blade and the 4th helical blade；
3rd helical blade and the 4th helical blade are described in the zonate frond that radius is gradually reduced from top to bottom
3rd helical blade rotates 180 ° of arrangements relative to the 4th helical blade along the direction of rotation of rotation axis, and the described 3rd is spiral
Blade is identical with the rotation direction of the 4th helical blade.
It is 4. according to claim 3 with fertile equipment, it is characterised in that first helical blade and second helical-blade
The rotation direction of piece and the 3rd helical blade and the 4th helical blade it is oppositely oriented；
The radius of first helical blade and second helical blade is more than the 3rd helical blade and the 4th spiral shell
The radius of vane piece.
It is 5. according to claim 4 with fertile equipment, it is characterised in that first rotation axis is equipped with：First support bar and
Second support bar；
The first support bar and the second support bar are each perpendicular to first rotation axis, the first support bar with it is described
Second support bar is parallel, and the length of the first support bar is more than the length of the second support bar, and first rotation axis is worn
The midpoint of the first support bar and the second support bar is crossed, the first support bar is arranged on above the second support bar；
First helical blade and second helical blade both pass through the first support bar and the second support bar
End；
3rd helical blade and the 4th helical blade both pass through the first support bar and the second support bar
Supporting part.
It is 6. according to claim 5 with fertile equipment, it is characterised in that first rotation axis is additionally provided with：3rd supporting rod；
3rd supporting rod is small perpendicular to first rotation axis and the first support bar, the length of the 3rd supporting rod
Length in the first support bar and the length more than the second support bar, first rotation axis pass through described 3rd
The midpoint of strut, the 3rd supporting rod are arranged between the first support bar and the second support bar；
First helical blade and second helical blade both pass through the end of the 3rd supporting rod；
3rd helical blade and the 4th helical blade both pass through the supporting part of the 3rd supporting rod.
It is 7. according to claim 2 with fertile equipment, it is characterised in that first rotation axis is equipped with scraping blade；
The scraping blade is arranged on below first screw assembly and second screw assembly.
It is 8. according to claim 7 with fertile equipment, it is characterised in that the scraping blade is using flight or is vertically arranged
Cornual plate.
It is 9. according to any one of claim 1 to 7 with fertile equipment, it is characterised in that the storage bin is in inverted circle
Taper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720830055.4U CN207342613U (en) | 2017-07-10 | 2017-07-10 | One kind is with fertile equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720830055.4U CN207342613U (en) | 2017-07-10 | 2017-07-10 | One kind is with fertile equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207342613U true CN207342613U (en) | 2018-05-11 |
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ID=62360117
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|---|---|---|---|
| CN201720830055.4U Active CN207342613U (en) | 2017-07-10 | 2017-07-10 | One kind is with fertile equipment |
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| CN (1) | CN207342613U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107486074A (en) * | 2017-07-10 | 2017-12-19 | 云南云天化农业科技股份有限公司 | One kind matches somebody with somebody fertile equipment |
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2017
- 2017-07-10 CN CN201720830055.4U patent/CN207342613U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107486074A (en) * | 2017-07-10 | 2017-12-19 | 云南云天化农业科技股份有限公司 | One kind matches somebody with somebody fertile equipment |
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