CN208199810U - A kind of ellipse stockpiling in stock ground device - Google Patents
A kind of ellipse stockpiling in stock ground device Download PDFInfo
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- CN208199810U CN208199810U CN201820731687.XU CN201820731687U CN208199810U CN 208199810 U CN208199810 U CN 208199810U CN 201820731687 U CN201820731687 U CN 201820731687U CN 208199810 U CN208199810 U CN 208199810U
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- auger
- circular orbit
- stockpiling
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- column
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Abstract
The utility model belongs to a kind of oval stockpiling in stock ground device, it is characterized by comprising columns, the column is equipped with auger B, the auger B is arranged in the top of column and is fixedly connected with column, circular orbit B and circular orbit C is equipped with below the auger B, the circular orbit B and circular orbit C is in concentric ring-type, the circular orbit B is identical with the gauge of circular orbit C, auger A is equipped between the circular orbit B and circular orbit C, the auger A can be slided on circular orbit B and circular orbit C, and it is formed and is intersected between auger A and auger B, device for transporting objects is equipped with above the auger B, the device for transporting objects is equipped with feed opening, the feed opening is set to above auger B.Compared with prior art, the utility model solves that belt conveyor stacking is discontinuous, low efficiency, and the not high problem of stacking height, the utility model labor intensity is low, and continuous production is strong.
Description
Technical field
The utility model belongs to material and stacks field, and in particular to a kind of ellipse stockpiling in stock ground device.
Background technique
In the biggish region of some cotton plantings, the cottonseed storage after harvesting cotton is an important process, and cottonseed amount is big,
Need a large amount of space to stack cottonseed, when a large amount of memory space can not be provided, people by improve material heap height come
Reasonable utilization memory space, but limited by landform, some stacker devices be also difficult to solve the reasonable windrow of a large amount of cottonseeds,
Space-saving problem.
Compared with existing stacker device, the utility model proposes a kind of material stocking device of material, in specific annular region,
Rotation and comprehensive conveying object when some stacker devices can not carry out windrow operation or windrow inefficiency, through auger
Material, material is stacked in reasonable utilization storing space, while reducing labor intensity, improves windrow efficiency.
Summary of the invention
Technical problem to be solved in the utility model is, problem is to provide a kind of labor intensity low, continuous production
By force, the high oval stockpiling in stock ground device of stacking filling rate.
A kind of to achieve the above objectives, the present invention provides the following technical solutions: rectangle stockpiling in stock ground device,
Be characterized in that: including multiple groups column (1), device for transporting objects (2), auger A (3) and auger B (6), column (1) is equipped with two
Parallel track, the auger B (6) and parallel track are arranged, and the both ends of auger A (3) are respectively provided on two groups of tracks, and can
Sliding in orbit, the auger B (6) are located at the top of (3) auger A, and the device for transporting objects (2) is equipped with feed opening
(21), the feed opening (21) of the device for transporting objects (2) is set to the top of auger B (6).
Further, the both ends of the auger A (3) are equipped with motion bar (10), and motion bar (10) bottom is equipped with idler wheel
(71), motion bar (10) support auger A (3) is slided along the axial reciprocating of auger B (6).
Further, it is additionally provided with auger C (11) and support rod (7), one end of the auger C (11) is located at motion bar
(10) on, the other end is located on support rod (7), and support rod (7) bottom is equipped with idler wheel (71), the auger C (11) and branch
Strut (7) can be moved with auger A (3) and motion bar (10).
Several columns (1) surround a rectangle stockpiling area, be equipped in rectangle stockpiling area auger A (3), auger B (6) and
Device for transporting objects (2), auger B (6) is across on the column at rectangle stockpiling area both ends (1), under device for transporting objects (2)
Material mouth (21) is located at the surface of auger B (6), and the column (1) below auger B (6) is equipped with two parallel orbits, auger A (3)
Two sides of the both ends respectively with two parallel orbits be slidably connected, and the axial direction of auger A (3) and the axial direction of auger B (6) are in 45-
90 ° of angles, auger A (3) can reciprocatingly slide on two parallel orbits, and auger A (3) is slided along two parallel orbits, will
It is rectangle structure that material, which is stacked,.The auger B (6) is fixed at the top of rectangle stockpiling area, is shorter in length than rectangle windrow
Section length.
The auger A (3) connect with motion bar (10), and the bottom of the motion bar (10) is equipped with idler wheel (71), the strand
One end of imperial C (11) and motion bar (10) are socketed, and the other end is connect with support rod (7), and support rod (7) for strut A (72) and
Strut B (73) composition telescopic rod, as auger A (3) reciprocatingly slides along auger B (6) axial direction, auger C (11) also with
Reciprocating motion, not only expand the windrow region of material in this way, by adjust support rod (7) also can control stack material height
It is low.
As an improvement, the column (1) is equipped with track A (4), track A (4) is set to immediately below auger B (6), the strand
One end of imperial A (4) is connect with track A (4), and the other end is connect with motion bar (10), and auger A (3) exists along the track of track A (4)
The axial reciprocating of auger B (6) slides.One side of at least auger B (6) is equipped with one group of auger A (3) and motion bar
(10), auger C (11) are socketed on motion bar (10), as auger A (3) reciprocatingly slides along auger B (6) axial direction, twisted
Imperial C (11) is also with reciprocating motion.
A kind of ellipse stockpiling in stock ground device, it is characterised in that: including column (1), the column (1) is equipped with auger B
(6), the auger B (6) is arranged the top in column (1) and is fixedly connected with column (1), and ring is equipped with below the auger B (6)
Shape track B (5) and circular orbit C (9), the circular orbit B (5) and circular orbit C (9) are in concentric ring-type, the annular
Track B (5) is identical with the gauge of circular orbit C (9), and auger A is equipped between the circular orbit B (5) and circular orbit C (9)
(3), the auger A (3) can be slided on circular orbit B (5) and circular orbit C (9), and auger A (3) and auger B (6) it
Between formed and intersect, be equipped with device for transporting objects (2) above the auger B (6), the device for transporting objects (2) is equipped with blanking
Mouth (21), the feed opening (21) are set to above auger B (6).
Further, the circular orbit B (5) and circular orbit C (9) are elliptical orbit, the auger B (6)
It is axial parallel with the long axis of elliptical orbit.Auger B (6) and the long axis of elliptical orbit are arranged in parallel, and shorten auger A (3)
The distance between auger B (6), is more advantageous to the stacking of material.
Alternatively, the circular orbit B (5) and circular orbit C (9) are irregular shape track, circular orbit B (5) and
The gauge of circular orbit C (9) is identical, and auger A (3) is slided along track, and material is stacked for irregular shape material heap.
The material is delivered to feed opening (21) by device for transporting objects (2), and auger B (6) is fixed on material conveying dress
Below the discharge port (21) for setting (2), for material by feed opening (21) down toward auger B (6), auger B (6) conveys material to two sides,
When material is stacked into certain altitude, and tapered material heap, the circular orbit B (5) in the storing area below feed opening (21)
It is irregular shape track with circular orbit C (9), the auger A (3) is set to circular orbit B (5) and circular orbit C (9) even
It connects, auger A (3) is slided on circular orbit B (5) and circular orbit C (9), and taper material heap is as auger A (3) is along annular trace
Sliding, material are paved with storing area.
A kind of circular stockyard material stocking device, it is characterised in that: including support column (8), device for transporting objects (2) and auger A
(3), one end of the auger A (3) and support column (8) top are hinged, and the other end is free end, and the height of hinged end compares free end
Height, the free end are located on support rod (7) or circuit orbit, and support rod (7) bottom is equipped with idler wheel (71), the circle
Above column (1), the auger A (3) can be circle with support column (8) for track setting, and auger A (3) length is radius,
It moves in a circle under support rod (7) or circuit orbit effect, the device for transporting objects (2) is equipped with feed opening (21), described
Feed opening (21) is set to above support column (8).
Further, the support rod (7) includes strut A (72) and strut B (73), one end of the strut A (72)
It is connect with auger C (9), one end of strut B (73) is equipped with idler wheel (71), is socketed between the strut A (72) and strut B (73).
One end and support column (8) top of the auger A (3) link, and the other end is connect with support rod (7), the auger A
(3) one end connecting with support column (8) is higher than one end that auger A (3) are connect with support rod (7), and support rod (7) bottom is set
Have idler wheel (71), the support rod (7) drives auger A (3) can be with support column (8) for the center of circle, and the length of auger A (3) is half
Diameter moves in a circle, and the device for transporting objects (2) is equipped with feed opening (21), and the feed opening (21) is set to support column (8)
Surface.
Alternatively, the support column (8) is equipped with circuit orbit, one end of the auger A (3) is set on circuit orbit, institute
Stating auger A (3) can rotate along the track of circuit orbit.
In actual use, device for transporting objects (2) conveys material to the storing area below auger A (3), when material accumulation arrives
When certain height is in awl-type, auger A (3) does circus movement with support rod (7), and auger A (3) transports material to auger A
(3) any one region that can be rotated, keeps material heap in rounded shape.
As an improvement, the auger B (6) is two-way conveying auger, the feed opening (21) is located among auger B (6)
At blade commutation,
Further, the auger A (3) and auger B (6) are using no shell auger.
Further, the auger A (3) is equipped with bracket (12), and the auger A (3) connect with bracket (12).It is described
The both ends of bracket (12) are connected respectively at track, support column (8) or support rod (7), and the bracket (12) uses inverted triangle frame,
Moveable wheel is installed at tripod both ends, and worker can push easily.
The device for transporting objects (2) uses embedded scraper transporter, and the conveyer the operation is stable, failure rate is low.
Compared with prior art, the utility model solves that belt conveyor stacking is discontinuous, low efficiency, and stacking height is not
High problem, the utility model labor intensity is low, and continuous production is strong.
Detailed description of the invention
Fig. 1 is that rectangle stock ground heap is mated formation the schematic view of the front view set.
Fig. 2 is the side structure schematic view of Fig. 1.
Fig. 3 is the overlooking structure diagram of Fig. 1.
Fig. 4 is the structural schematic diagram of embodiment N.
Fig. 5 is the side structure schematic view of Fig. 4.
Fig. 6 is the overlooking structure diagram of Fig. 4.
Fig. 7 is that oval stock ground heap is mated formation the structural schematic diagram set.
Fig. 8 is the side structure schematic view of Fig. 7.
Fig. 9 is the overlooking structure diagram of Fig. 7.
Figure 10 is the structural schematic diagram of circular stockyard material stocking device.
Figure 11 is the overlooking structure diagram of Figure 10.
Appended drawing reference
1 is column, and 2 be device for transporting objects, and 21 be feed opening, and 3 be auger A, and 4 be track A, and 5 be circular rails
Road B, 6 be auger B, and 7 be support rod, and 71 be idler wheel, and 72 be strut A, and 73 be strut B, and 8 be support column, and 9 be annular
Track C, 10 be motion bar, and 11 be auger C, and 12 be bracket, and 13 be baffle.
Specific embodiment
The following detailed description of preferred embodiments of the present invention.
Embodiment 1: a kind of material bin material windrow method, including baffle 13 and device for transporting objects 2, the baffle 13 enclose
At a windrow warehouse district, it is characterised in that: the device for transporting objects 2 conveys material to windrow warehouse district, and the material is defeated
It send device 2 to be equipped with feed opening 21, the material stocking device that can be moved above the windrow warehouse district is equipped with above windrow warehouse district,
The material stocking device includes at least auger A3, and auger A3 is arbitrarily movable in windrow warehouse district, the object that device for transporting objects 2 is conveyed
Material is laid with neat, reasonable utilization storing space.
Embodiment 2: being the structural schematic diagram of the utility model embodiment 2, compared with Example 1, this reality referring to Fig.1-3
The difference for applying example is: rectangle stockpiling in stock ground device, it is characterised in that: including multiple groups column 1, device for transporting objects 2, auger
A3 and auger B6, column 1 are equipped with two parallel tracks, and the auger B6 and parallel track are arranged, the both ends point of auger A3
It is not located on two groups of tracks, and can slide in orbit, the auger B6 is located at the top of auger A3, the material conveying dress
It sets 2 and is equipped with feed opening 21, the feed opening 21 of the device for transporting objects 2 is set to the top of auger B6.
Several columns 1 surround a rectangle stockpiling area, are equipped with auger A3, auger B6 in rectangle stockpiling area and material is defeated
Device 2 is sent, for auger B6 on the column 1 at rectangle stockpiling area both ends, the feed opening 21 of device for transporting objects 2 is located at auger
The surface of B6, the column 1 below auger B6 are equipped with two parallel orbits, the both ends of auger A3 respectively with two parallel orbits
Two sides be slidably connected, and the axial direction of the axial direction of auger A3 and auger B6 are in 45-90 ° of angle, and auger A3 can be parallel at two
It reciprocatingly slides on track, auger A3 is slided along two parallel orbits, and material is stacked for rectangle structure.The auger B6 is solid
It is scheduled at the top of rectangle stockpiling area, is shorter in length than rectangle windrow section length.
Embodiment 3: compared with Example 2, difference in this case is that: the both ends of the auger A3 are equipped with motion bar
10,10 bottom of motion bar is equipped with idler wheel 71, and the motion bar 10 supports auger A3 to slide along the axial reciprocating of auger B6.
Embodiment 4: compared with Example 3, difference in this case is that: it is additionally provided with auger C11 and support rod 7, it is described
One end of auger C11 is located on motion bar 10, and the other end is located on support rod 7, and 7 bottom of support rod is equipped with idler wheel 71, institute
Stating auger C11 and support rod 7 can move with auger A3 and motion bar 10.
The auger A3 is connect with motion bar 10, and the bottom of the motion bar 10 is equipped with idler wheel 71, and the one of the auger C11
End is socketed with motion bar 10, and the other end is connect with support rod 7, and support rod 7 is the telescopic rod that strut A72 and strut B73 is formed,
As auger A3 reciprocatingly slides along auger B6 axial direction, auger C11 not only expands material also with reciprocating motion in this way
Windrow region, by adjust support rod 7 also can control stack material height.
Embodiment 5: referring to Fig. 4-6, compared with Example 3, and difference in this case is that: the column 1 is equipped with rail
Road A4, track A4 are set to immediately below auger B6, and one end of the auger A4 is connect with track A4, and the other end and motion bar 10 connect
It connects, axial reciprocating of the auger A3 along the track of track A4 in auger B6 slides.A side of at least auger B6 is equipped with one
Group auger A3 and motion bar 10 are socketed auger C11, as auger A3 is back and forth slided along auger B6 axial direction on motion bar 10
Dynamic, auger C11 is also with reciprocating motion.
Embodiment 6: being the structural schematic diagram of the utility model embodiment 6, compared with Example 1, this reality referring to Fig. 7-9
The difference for applying example is: oval stockpiling in stock ground device, it is characterised in that: including column 1, the column 1 is equipped with auger B6,
The auger B6 is fixedly connected with column 1, and circular orbit B5 and circular orbit C9, the circular rails are equipped with below the auger B6
Road B5 and circular orbit C9 is concentric ring, and the annular region spacing that the circular orbit B5 and circular orbit C9 is surrounded is identical,
The auger B6 is set to the centre of circular orbit C9, and auger A3 is equipped between the circular orbit B5 and circular orbit C9, described
Auger A3 can be slided along the track of circular orbit B5 and circular orbit C9, and device for transporting objects 2 is equipped with above the auger B6,
The device for transporting objects is equipped with feed opening 21, and the feed opening 21 is set to right above auger B6, and is located at auger B6 just
Centre, with the blanking of feed opening 21, auger A3 can be slided along the track of circular orbit B5 and circular orbit C9, by material
Stacking is annulation material heap.
The material is delivered to feed opening 21 by device for transporting objects 2, and auger B6 is fixed on going out for device for transporting objects 2
21 lower section of material mouth, and auger B6 is two-way conveying auger, feed opening 21 is located at the two-way transport openings among auger B6, material
By feed opening 21 down toward auger B6, auger B6 conveys material to two sides, as storing area Nei Dui of the material below feed opening 21
Product arrives certain altitude, and tapered material heap, and the circular orbit B5 and circular orbit C9 are elliptical orbit, the auger A3
One end connect with circular orbit B5, the other end is connect with circular orbit C9, and auger A3 is in circular orbit B5 and circular orbit C9
Sliding in composed elliptical region, for taper material heap as auger A3 is along annular trace sliding, material is transported to storing area
Anywhere material is stacked for ellipsoidal structure.
Embodiment 7: compared with Example 6, difference in this case is that: the circular orbit B5 and circular orbit C9 are equal
Axial direction for elliptical orbit, the auger B6 is parallel with the long axis of elliptical orbit.The long axis of auger B6 and elliptical orbit
It is arranged in parallel, shortens the distance between auger A3 and auger B6, be more advantageous to the stacking of material.
Embodiment 8: compared with Example 7, difference in this case is that: the circular orbit B5 and circular orbit C9 are equal
For irregular shape track, and circular orbit B5 is identical with the gauge of circular orbit C9, and Pu Liao device is selected according to different landform
Select circular orbit of different shapes.
Embodiment 9: 0-11 referring to Fig.1 is the structural schematic diagram of the utility model embodiment 6, compared with Example 1, this
The difference of embodiment is: circular stockyard material stocking device, it is characterised in that: including support column 14, device for transporting objects 2 and auger
One end and 14 top of support column of A3, the auger A3 are hinged, and the other end is free end, and the height of hinged end is higher than free end,
The free end is located on support rod 7 or circuit orbit, and 7 bottom of support rod is equipped with idler wheel 71, the circuit orbit setting
Above column 1, the auger A3 can be circle with support column 14, and auger A3 length is radius, in support rod 7 or circular rail
It moves in a circle under road effect, the device for transporting objects 2 is equipped with feed opening 21, and the feed opening 21 is set on support column 14
Side.
One end and 8 top of support column of the auger A3 links, and the other end is connect with support rod 7, the auger A3 and branch
One end that dagger 8 connects is higher than one end that auger A3 is connect with support rod 7, and 7 bottom of support rod is equipped with idler wheel 71, the branch
It can be the center of circle with support column 8 that strut 7, which drives auger A3, and the length of auger A3 moves in a circle for radius, the material conveying
Device 2 is equipped with feed opening 21, and the feed opening 21 is set to right above support column 8.
In actual use, device for transporting objects 2 conveys material to the storing area below auger A3, when material accumulation is to centainly
Height be in awl-type when, auger A3 does circus movement with support rod 7, and auger A3 transports material to what auger A3 can rotate
Any one region, keeps material heap in rounded shape.
Embodiment 10: compared with Example 9, difference in this case is that: the support column 8 is equipped with circuit orbit,
One end of the auger A3 is set on circuit orbit, and the auger A3 can be rotated along the track of circuit orbit.
Above-described is only preferred embodiments of the present invention, it is noted that for the ordinary skill of this field
For personnel, without departing from the concept of the present invention, several changes and improvements can also be made, these all belong to
In the protection scope of the utility model.
Claims (8)
1. a kind of ellipse stockpiling in stock ground device, it is characterised in that: including column (1), the column (1) is equipped with auger B
(6), the auger B(6) setting column (1) top and be fixedly connected with column (1), the auger B(6) lower section be equipped with ring
Shape track B(5) and circular orbit C(9), the circular orbit B(5) and circular orbit C(9) it is in concentric ring-type, the annular
Track B(5), the circular orbit B(5 identical with the gauge of circular orbit C(9)) and circular orbit C(9) between be equipped with auger A
(3), the auger A(3) can be in circular orbit B(5) and circular orbit C(9) on slide, and auger A(3) with auger B(6) it
Between formed intersect, the auger B(6) top be equipped with device for transporting objects (2), the device for transporting objects (2) be equipped with blanking
Mouth (21), the feed opening (21) are set to auger B(6) top.
2. ellipse stockpiling in stock ground device as described in claim 1, it is characterised in that: the circular orbit B(5) and circular rails
Road C(9) be elliptical orbit, the auger B(6) axial direction it is parallel with the long axis of elliptical orbit.
3. ellipse stockpiling in stock ground device as claimed in claim 1 or 2, it is characterised in that: the auger B(6) it is two-way defeated
Send auger, the feed opening (21) is located at auger B(6) blade commutation at.
4. ellipse stockpiling in stock ground device as claimed in claim 1 or 2, it is characterised in that: the auger A(3) and auger B
(6) using no shell auger.
5. ellipse stockpiling in stock ground device as claimed in claim 3, it is characterised in that: the auger A(3) and auger B(6) adopt
With no shell auger.
6. ellipse stockpiling in stock ground device as claimed in claim 1 or 2, it is characterised in that: the auger A(3) it is equipped with branch
Frame (12), the auger A(3) connect with bracket (12), the both ends of the bracket (12) respectively with circular orbit B(5) and annular
Track C(9) it is slidably connected.
7. ellipse stockpiling in stock ground device as claimed in claim 3, it is characterised in that: the auger A(3) it is equipped with bracket
(12), the auger A(3) connect with bracket (12), the both ends of the bracket (12) respectively with circular orbit B(5) and circular rails
Road C(9) it is slidably connected.
8. ellipse stockpiling in stock ground device as claimed in claim 4, it is characterised in that: the auger A(3) it is equipped with bracket
(12), the auger A(3) connect with bracket (12), the both ends of the bracket (12) respectively with circular orbit B(5) and circular rails
Road C(9) it is slidably connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820731687.XU CN208199810U (en) | 2018-05-16 | 2018-05-16 | A kind of ellipse stockpiling in stock ground device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820731687.XU CN208199810U (en) | 2018-05-16 | 2018-05-16 | A kind of ellipse stockpiling in stock ground device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208199810U true CN208199810U (en) | 2018-12-07 |
Family
ID=64517308
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820731687.XU Active CN208199810U (en) | 2018-05-16 | 2018-05-16 | A kind of ellipse stockpiling in stock ground device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208199810U (en) |
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2018
- 2018-05-16 CN CN201820731687.XU patent/CN208199810U/en active Active
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