CN207401715U - A kind of automatic sub-sieve drying equipment of grain - Google Patents
A kind of automatic sub-sieve drying equipment of grain Download PDFInfo
- Publication number
- CN207401715U CN207401715U CN201721356864.2U CN201721356864U CN207401715U CN 207401715 U CN207401715 U CN 207401715U CN 201721356864 U CN201721356864 U CN 201721356864U CN 207401715 U CN207401715 U CN 207401715U
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- CN
- China
- Prior art keywords
- bolter
- grain
- outer housing
- baking oven
- drying equipment
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model is related to grain processing equipment fields, especially a kind of automatic sub-sieve drying equipment of grain, including separator, baking oven and the grain receival tank being arranged below earth's surface, it is conveyed and connected by elevator between the grain receival tank and separator, separator is connected to baking oven by elevator, a kind of obtained automatic sub-sieve drying equipment of grain of the utility model, pass through rational structure design, it can realize being separated to grain with stalk for continuation, it is efficient；And the stalk after separating can be delivered in stalk discharge bucket along spiral baffle, residence time of the stalk in bolter is short, can improve separated clean degree, and cereal can carry out automatic transport in screening and drying course, greatly improve processing efficiency.
Description
Technical field
The utility model is related to grain processing equipment field, especially a kind of automatic sub-sieve drying of grain is set
It is standby.
Background technology
In the prior art, the sub-sieve for grain, drying using plurality of step, are manually shifted, and are manually measured
Greatly, inefficiency.
Utility model content
The purpose of this utility model is to provide that a kind of sub-sieve is efficient, cereal conveying to solve the deficiency of above-mentioned technology
To the automatic sub-sieve drying equipment of grain that can be distributed automatically during baking oven.
In order to achieve the above object, the automatic sub-sieve drying equipment of a kind of grain designed by the utility model, including
Separator, baking oven and the grain receival tank being arranged below earth's surface, pass through between the grain receival tank and separator
Elevator conveying connection, separator are connected to baking oven by elevator, and wherein baking oven is set in a row, in the top of each baking oven
One feed inlet is set, the cereal delivery chute of a strip is set above feed inlet, and the inside of cereal delivery chute is hollow
The cross section of structure is rectangle；A row chain wheel is internally provided in cereal delivery chute, and one of sprocket wheel is driving wheel, in chain
One chain of winding on wheel, what is be spaced on chain is provided with shift plate, and shift plate is respectively positioned on the periphery of chain, the length of the shift plate
Spend the equivalent width or smaller with cereal delivery chute；The feed inlet is connected with the lower face of cereal delivery chute, in feed inlet
On be provided with solenoid valve；Material outlet is provided on baking oven, horizontal conveyer belt is provided at material outlet, conveyer belt
Section is V-structure, and material outlet is extended to by pipeline on conveyer belt；One feed hopper is set on cereal delivery chute, point
It is connected to from the elevator between device and baking oven in feed hopper；The structure of separator is：Including bolter, outer housing and move
Force mechanisms, bolter are located inside outer housing, bolter be horizontal positioned cylindrical tubular structure, the circumferential side wall of bolter
For net structure, one end of the cylindrical tubular structure of bolter is closed to form blind end, and the other end is opened for opening form formation
Mouth end, the blind end of bolter are provided centrally with input shaft, and input shaft is connected to by axle bed on outer housing, in bolter
One or more connecting seats on the outer housing at openend are set, a connector sleeve is disposed radially on each connecting seat,
Connector sleeve is internally provided with a connecting shaft, and connecting shaft passes through connector sleeve, is provided in connecting shaft close to outer housing at one end
Protrusion, protrusion and connector sleeve between connecting shaft on be arranged compression spring；It is set vertically in the end of the connecting shaft of bolter one end
Axle sleeve is equipped with, rotation axis is provided in axle sleeve, rotation axis is extended to from the openend of bolter inside bolter, and is being separated
Support wheel is provided in rotation axis inside sieve, the circumferential direction of support wheel is bonded with the inner wall of bolter；It is set in outer housing upper end
There are one receiving hopper, receiving hopper, from the openend of bolter into extending at the blind end of bolter, is being separated by pipeline
Spiral baffle is provided on the internal circumferential side wall of sieve, grain outlet is provided on the outer housing of bolter lower end, is being divided
Lower end from sieve openend is provided with stalk discharge bucket；The actuating unit band driven input shaft rotates.
In said program, automatic distribution is realized by the design of cereal delivery chute, and when some baking oven cereal reaches
During certain value, the solenoid valve on feed inlet is closed, then can be completed, simple and convenient, improves transfer efficiency, stability and safety
Property it is high.The grain with stalk is delivered in receiving hopper simultaneously, the grain in receiving hopper is along pipeline to bolter
Blind end, in bolter rotation process, grain, can be from the blind end of bolter to holding under the action of spiral baffle
The movement of mouth end, and then cereal can leak down from bolter in moving process, finally be exported from grain outlet, and stalk then retains always
It exports from the openend of bolter in bolter, and along spiral baffle, and is exported into stalk discharge bucket inside.It is above-mentioned
Lasting separation screening can be carried out in the process, and without shutting down processing stalk, it is more efficient.And non-stop layer axis inside bolter
Design, cereal is delivered to the blind end of bolter convenient for pipeline, effect is more preferable.
It is set above conveyer belt there are one discharging baffle-box, each material outlet is connected to a discharging by pipeline and delays
Rush in case, the lower end of the baffle-box that discharges sets the feed opening there are one strip, the length direction of feed opening and conveyer belt it is defeated
Send direction consistent.
Discharge flapper is provided in the both sides of the width of feed opening, the gap of the lower end of discharge flapper is less than the upper end
Gap, and discharge flapper be rubber material.
When connecting seat quantity is one, the support wheel on the connecting seat is located at the position highest point of bolter.
When connecting seat quantity is two, the support wheel on two connecting seats is put down with passing through the vertical of bolter axial centre
Face is symmetrical.
Maintenance door is provided on the outer housing of bolter openend.
A kind of obtained automatic sub-sieve drying equipment of grain of the utility model, passes through rational structure design, energy
Realize being separated to grain with stalk for continuation, it is efficient；And the stalk after separating can be defeated along spiral baffle
It send to stalk discharge bucket, residence time of the stalk in bolter is short, can improve separated clean degree, and cereal is being screened and dried
Automatic transport can be carried out during dry, greatly improves processing efficiency.
Description of the drawings
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the structure diagram at the baking oven of the utility model；
Fig. 3 is the structure diagram of the discharging baffle-box of the utility model；
Fig. 4 is the structure diagram of the separator of the utility model；
Fig. 5 is the Section A-A schematic diagram of Fig. 2；
Fig. 6 is the close-up schematic view of Fig. 3.
Specific embodiment
Below by embodiment combination attached drawing, the utility model will be further described.
Embodiment 1：
As shown in Figure 1, a kind of automatic sub-sieve drying equipment of grain of the present embodiment description, including separator 9, dries
Case 1 and the grain receival tank 17 being arranged below earth's surface, pass through elevator between the grain receival tank 17 and separator 9
16 conveying connections, separator 9 are connected to baking oven 1 by elevator 16, and as shown in Figure 2 and Figure 3, wherein baking oven 1 is set in a row,
One feed inlet 7 is set in the top of each baking oven 1, the cereal delivery chute 2 of a strip, paddy are set above feed inlet 7
The inside of object delivery chute 2 is that the cross section of hollow structure is rectangle；A row chain wheel 3, and its are internally provided in cereal delivery chute 2
In sprocket wheel 3 be driving wheel, one chain 4 of winding on sprocket wheel 3, what is be spaced on chain 4 is provided with shift plate 5, and shift plate 5 is equal
Positioned at the periphery of chain 4, the length of the shift plate 5 and the equivalent width of cereal delivery chute 2；The feed inlet 7 and cereal
The lower face connection of delivery chute 2, is provided with solenoid valve 8 on feed inlet 7；Material outlet 9 is provided on baking oven 1, in material
It exports and horizontal conveyer belt 12 is provided at 9, the section of conveyer belt 12 is V-structure, and material outlet 9 is extended to by pipeline 10
On conveyer belt 12；One feed hopper 6 is set on cereal delivery chute 2, and the elevator 16 between separator 9 and baking oven 1 connects
To feed hopper 6；As shown in Fig. 4, Fig. 5, Fig. 6, the structure of separator 9 is：Including bolter 92, outer housing 91 and engine
Structure, bolter 92 are located inside outer housing 91, bolter 92 be horizontal positioned cylindrical tubular structure, the circumferential direction of bolter 92
Side wall is net structure, and one end of the cylindrical tubular structure of bolter 92 is closed to form blind end, and the other end is opening form
Openend is formed, the blind end of bolter 92 is provided centrally with input shaft 911, and input shaft 911 is connected to shell by axle bed
On body 91, two connecting seats 93 are set, the support on two connecting seats 93 on the outer housing 91 at the openend of bolter 92
Wheel 910 is with symmetrical by the perpendicular of 92 axial centre of bolter；A company is disposed radially on each connecting seat 93
Female connector 94 is internally provided with a connecting shaft 97 in connector sleeve 94, and connecting shaft 97 passes through connector sleeve 94, close in connecting shaft 97
91 at one end of outer housing is provided with protrusion 96, and compression spring 95 is arranged in the connecting shaft 97 between protrusion 96 and connector sleeve 94；Dividing
The end of connecting shaft 97 from 92 one end of sieve is axially disposed axle sleeve 98, and rotation axis 99, rotation axis are provided in axle sleeve 98
99 extend to from the openend of bolter 92 inside bolter 92, and are provided with support in the rotation axis 99 inside bolter 92
Wheel 910, the circumferential direction of support wheel 910 is bonded with the inner wall of bolter 92.It is set in 91 upper end of outer housing there are one receiving hopper 912,
Receiving hopper 912 is entered by pipeline 913 from the openend of bolter 92 to be extended at the blind end of bolter 92, in bolter 92
Internal circumferential side wall on be provided with spiral baffle 916, be provided with grain outlet on the outer housing 91 of 92 lower end of bolter
914, the lower end of 92 openend of bolter is provided with stalk discharge bucket 914；Actuating unit 911 turns of the driven input shaft of band
It is dynamic.
It is set above conveyer belt 12 there are one discharging baffle-box 11, each material outlet 9 is connected to one by pipeline 10
In a discharging baffle-box 11, the lower end of discharging baffle-box 11 sets the feed opening 13 there are one strip, the length of feed opening 13
Direction is consistent with the conveying direction of conveyer belt 12.
Discharge flapper 14 is provided in the both sides of the width of feed opening 13, the gap of the lower end of discharge flapper 14 is less than
The gap of the upper end, and discharge flapper 14 is rubber material.
Claims (6)
1. a kind of automatic sub-sieve drying equipment of grain, it is characterized in that：Including separator, baking oven and it is arranged below earth's surface
Grain receival tank, between the grain receival tank and separator by elevator convey connect, separator is by carrying
The machine of liter is connected to baking oven, and wherein baking oven is set in a row, sets a feed inlet in the top of each baking oven, is set above feed inlet
Put the cereal delivery chute of a strip, the inside of cereal delivery chute is that the cross section of hollow structure is rectangle；It is conveyed in cereal
Slot is internally provided with a row chain wheel, and one of sprocket wheel is driving wheel, and one chain of winding, is spaced on chain on sprocket wheel
Be provided with shift plate, shift plate is respectively positioned on the periphery of chain, the length of the shift plate and the equivalent width of cereal delivery chute or summary
It is small；The feed inlet is connected with the lower face of cereal delivery chute, and solenoid valve is provided on feed inlet；It is provided on baking oven
Material outlet is provided with horizontal conveyer belt at material outlet, and the section of conveyer belt is V-structure, and material outlet passes through pipe
Road is extended on conveyer belt；One feed hopper is set on cereal delivery chute, the elevator connection between separator and baking oven
To feed hopper；The structure of separator is：Including bolter, outer housing and actuating unit, bolter is located inside outer housing,
Bolter is horizontal positioned cylindrical tubular structure, and the circumferential side wall of bolter is net structure, the cylindrical tube of bolter
One end of shape structure is closed to form blind end, and the other end forms openend for opening form, and the center of the blind end of bolter is set
Input shaft is equipped with, input shaft is connected to by axle bed on outer housing, and one is set on the outer housing at the openend of bolter
Or multiple connecting seats, a connector sleeve is disposed radially on each connecting seat, a connecting shaft is internally provided in connector sleeve,
Connecting shaft passes through connector sleeve, and outer housing at one end is provided with protrusion in connecting shaft, the company between protrusion and connector sleeve
Compression spring is arranged in spindle；There is axle sleeve the end of the connecting shaft of bolter one end is axially disposed, rotation is provided in axle sleeve
Axis, rotation axis are extended to from the openend of bolter inside bolter, and support is provided in the rotation axis inside bolter
Wheel, the circumferential direction of support wheel are bonded with the inner wall of bolter；It is set in outer housing upper end there are one receiving hopper, receiving hopper passes through pipeline
From the openend of bolter into extending at the blind end of bolter, spiral is provided on the internal circumferential side wall of bolter
Shape baffle is provided with grain outlet on the outer housing of bolter lower end, and the lower end of bolter openend, which is provided with stalk, to be gone out
Hopper；The actuating unit band driven input shaft rotates.
2. the automatic sub-sieve drying equipment of a kind of grain according to claim 1, it is characterized in that：It sets above conveyer belt
It puts there are one discharging baffle-box, each material outlet is connected in a discharging baffle-box by pipeline, discharged under baffle-box
End sets the feed opening there are one strip, and the length direction of feed opening is consistent with the conveying direction of conveyer belt.
3. the automatic sub-sieve drying equipment of a kind of grain according to claim 2, it is characterized in that：In the width of feed opening
The both sides in direction are provided with discharge flapper, and the gap of the lower end of discharge flapper is less than the gap of the upper end, and discharge flapper is rubber
Glue material matter.
4. the automatic sub-sieve drying equipment of a kind of grain according to claim 1, it is characterized in that：When connecting seat quantity is
At one, the support wheel on the connecting seat is located at the position highest point of bolter.
5. the automatic sub-sieve drying equipment of a kind of grain according to claim 1, it is characterized in that：When connecting seat quantity is
At two, the support wheel on two connecting seats is with symmetrical by the perpendicular of bolter axial centre.
6. the automatic sub-sieve drying equipment of a kind of grain according to claim 1, it is characterized in that：In bolter openend
Outer housing on be provided with maintenance door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721356864.2U CN207401715U (en) | 2017-10-20 | 2017-10-20 | A kind of automatic sub-sieve drying equipment of grain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721356864.2U CN207401715U (en) | 2017-10-20 | 2017-10-20 | A kind of automatic sub-sieve drying equipment of grain |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207401715U true CN207401715U (en) | 2018-05-25 |
Family
ID=62320456
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721356864.2U Expired - Fee Related CN207401715U (en) | 2017-10-20 | 2017-10-20 | A kind of automatic sub-sieve drying equipment of grain |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207401715U (en) |
-
2017
- 2017-10-20 CN CN201721356864.2U patent/CN207401715U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180525 Termination date: 20181020 |