CN209393096U - Efficiently conveying mixing unit - Google Patents
Efficiently conveying mixing unit Download PDFInfo
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- CN209393096U CN209393096U CN201821767332.2U CN201821767332U CN209393096U CN 209393096 U CN209393096 U CN 209393096U CN 201821767332 U CN201821767332 U CN 201821767332U CN 209393096 U CN209393096 U CN 209393096U
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- auger
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Abstract
The utility model discloses a kind of efficiently conveying mixing units, including screw conveyor and batch mixer, outer auger is equipped in the auger casing of screw conveyor, the conveying blade setting of outer auger is all in vitro in auger cylinder, in the discharge port that the both ends periphery of auger casing is respectively equipped with outer auger feed inlet and is connected to each other with mixing machine inlet, auger cylinder one end rotating support is covered in the interface end for being fixed on rack and is sequentially connected with outer auger driving motor；Interior auger is additionally provided in auger cylinder body, interior screw-conveyer-shaft one end passes through interface end cap and is connected with interior auger driving motor, interior auger feed inlet is equipped in interface end cap outer peripheral sidewall, screw-conveyer-shaft rotating support is on the rack；Axially spaced in the stirring main shaft of batch mixer to intersect equipped with more vane struts, precision rest has helical form mixing blade on vane struts.The utility model is able to satisfy the conveying and well-mixed requirement of plurality of raw materials, and conveying equipment is few, space hold is few, high-efficient.
Description
Technical field
The utility model relates to a kind of conveying equipment more particularly to a kind of conveying mixing unit equipments.
Background technique
In production industries such as food, medicine, chemical industry, the conveying of material with to mix be common production process, various differences
Raw material need and meanwhile be transported at mixing equipment, stirred, mixed by mixing equipment and guarantee the uniform of mixing, at this
In the process, every kind of raw material is required to corresponding conveyer and is conveyed, and plurality of raw materials is just needed could be real by more conveyers
Existing transmission process, this makes production scene space very crowded, and production management, maintenance of equipment are very inconvenient, while number of devices
Amount is more, and cost is also high；And the discharge port of more conveyers must be connected with the feed inlet of mixing equipment at mixing equipment, by
Layout between limited space, each conveyer and mixing equipment is also very inconvenient.
Utility model content
For above-mentioned deficiency present in the prior art, the technical problem to be solved by the utility model is to provide a kind of high
Effect conveying mixing unit, it is able to satisfy the conveying and well-mixed requirement of plurality of raw materials, and conveying equipment is few, space hold is few,
It is high-efficient.
In order to solve the above-mentioned technical problem, one kind efficiently conveying mixing unit, including screw conveyor of the utility model
And batch mixer, outer auger is equipped in the auger casing of the screw conveyor, the conveying blade of the outer auger is arranged in auger
Cylinder periphery, auger casing one end are equipped with transparent cover, and it is all in vitro which is socketed on auger cylinder, is equipped in auger casing
One end periphery of transparent cover is equipped with outer auger feed inlet, and the auger casing other end is equipped with capping, is equipped with the one of capping in auger casing
Periphery is held to be equipped with discharge port, one end rotating support that auger cylinder passes through transparent cover is covered in interface end, and interface end cap is connected in machine
On frame, auger cylinder is sequentially connected at the end and outer auger driving motor, the capping of the other end and auger casing of auger cylinder
Between be equipped with spacing；Interior auger is additionally provided in auger cylinder body, screw-conveyer-shaft one end of interior auger passes through interface end cap and interior strand
Imperial driving motor transmission connection, is equipped with interior auger feed inlet, interior auger feed inlet and auger cylinder in interface end cap outer peripheral sidewall
Intracoelomic cavity leads to, and screw-conveyer-shaft passes through one end rotating support of interface end cap on the rack, and screw-conveyer-shaft other end rotating support is sealing
It covers；The feed inlet of the discharge port and the batch mixer is oppositely arranged, the axially spaced friendship in the stirring main shaft of batch mixer
Fork is provided with more vane struts, and precision rest has helical form mixing blade on vane struts.
In said structure, due in the auger casing of the screw conveyor be equipped with outer auger, the outer auger it is defeated
Send blade setting all in vitro in auger cylinder, auger casing one end is equipped with transparent cover, and it is external which is socketed on auger cylinder
Week it is equipped with outer auger feed inlet in one end periphery that auger casing is equipped with transparent cover, the auger casing other end is equipped with capping, in auger
One end periphery that casing is equipped with capping is equipped with discharge port, and one end rotating support that auger cylinder passes through transparent cover is covered in interface end,
Interface end cap is connected in rack, and auger cylinder is sequentially connected at the end and outer auger driving motor, the other end of auger cylinder
It is equipped with spacing between capping with auger casing, then is made of auger cylinder with the conveying blade that auger cylinder external week is arranged in
Outer auger and auger casing form a material conveying mechanism, the material conveying mechanism with auger cylinder be sequentially connected outside
Material is conveyed from outer auger feed inlet to discharge port under the driving of auger driving motor.
Again due to being additionally provided with interior auger in auger cylinder body, screw-conveyer-shaft one end of interior auger passes through interface end cap and interior strand
Imperial driving motor transmission connection, is equipped with interior auger feed inlet, interior auger feed inlet and auger cylinder in interface end cap outer peripheral sidewall
Intracoelomic cavity leads to, and screw-conveyer-shaft passes through one end rotating support of interface end cap on the rack, and screw-conveyer-shaft other end rotating support is sealing
It covers, then setting forms another material conveying mechanism between the intracorporal interior auger of auger cylinder and auger cylinder lumen, the object
Material conveyer structure is under the driving for the interior auger driving motor being sequentially connected with the screw-conveyer-shaft of interior auger by another material from interior
Auger feed inlet input, and be transported to discharge port output through the spacing between auger cylinder and the capping of auger casing, interior auger into
Material mouth is arranged in the interface end being flexibly connected with auger cylinder and covers, and interior auger feed inlet is not turned by as outer auger
The influence of rotary motion during the auger cylinder body running of kinetoplast and remain static.
Due also to the feed inlet of the discharge port and the batch mixer is oppositely arranged, along axis in the stirring main shaft of batch mixer
Space crossings are provided with more vane struts, precision rest has helical form mixing blade on vane struts, then from an auger
Two kinds of materials that conveyer is conveyed respectively using interior auger and outer auger are entered from discharge port by the feed inlet of batch mixer mixed
Mixing operation is carried out in material machine, helical form mixing blade of the precision rest on vane struts is rotated with batch mixer stirring main shaft,
The material of blending bunker lower part can also be conveyed to top, be reached in material mixed during helical form mixing blade rotates mixing
It can be fallen again from helical form mixing blade two sides when feed bin top, the material in entire blending bunker, which is all both rotated at progress one, to be stirred
The mixing movement mixed and stirred up and down, material mixing is abundant, stirring efficiency is high.
In this way, outer auger set in same screw conveyor and interior auger can convey different materials respectively, two
Kind material, which can according to need, changes conveying capacity by driving motor control auger revolving speed by respective conveying auger, more to meet
Kind raw material conveys requirement in proportion, then efficiently mixes through batch mixer, so that this, which efficiently conveys mixing unit, meets plurality of raw materials
It conveys and mixes requirement, conveying equipment is few, space hold is few, high-efficient.
A kind of preferred embodiment of the utility model is equipped with outside framework oil seal between the transparent cover and auger cylinder.
Using the embodiment, it is ensured that the sealing between transparent cover and auger cylinder avoids the outer of material in outer screw conveyor structure
It lets out.
Another preferred embodiment of the utility model, is fixed with gear on the auger cylinder, and auger cylinder is logical
It crosses gear pair and outer auger driving motor is sequentially connected.Using the embodiment, gear pair stable transmission, it is ensured that outer auger fortune
Become a full member often.
Another preferred embodiment of the utility model, the screw-conveyer-shaft are passed by shaft coupling and interior auger driving motor
Dynamic connection.Using the embodiment, screw-conveyer-shaft and interior auger driving motor are coaxially connected, and structure simply occupies little space.
The utility model further preferred embodiment, precision rest has a plurality of helical form mixed on the vane struts
Expect blade.Using the embodiment, a plurality of helical form mixing blade is adapted to the stir mixing requirement of different size blending bunker,
A plurality of helical form mixing blade can make the material in blending bunker more fully mixed.
Another further preferred embodiment of the utility model, precision rest has three spirals on the vane struts
Shape mixing blade, three radially spaced settings of helical form mixing blade.Using the embodiment, three helical form mixing blades
Can to the material in blending bunker from it is interior, in, outer Stirring respectively and be lifted up again from adjacent spirals mixing leaf respectively
It falls between piece, mixing is uniform, high-efficient.
Detailed description of the invention
Mixing unit is efficiently conveyed to the utility model in the following with reference to the drawings and specific embodiments to make further specifically
It is bright.
Fig. 1 is that the utility model efficiently conveys a kind of structural schematic diagram of specific embodiment of mixing unit；
Fig. 2 is the partial enlarged view at the position I in structure shown in Fig. 1；
Fig. 3 is the enlarged diagram of batch mixer in structure shown in Fig. 1.
In figure: it is mixed that 1- batch mixer, 11- feed inlet, 12- mix motor, 13- blending bunker, 14- vane struts, 15- helical form
Expect blade, 16- stirring main shaft, 17- discharging control flashboard, 18- mixing discharge port, 2- screw conveyor, 21- capping, 22- discharging
Mouth, the outer auger of 23- auger casing, 24-, 241- conveying blade, 242- auger cylinder, auger in 25-, auger conveys leaf in 251-
The outer auger feed inlet of piece, 252- screw-conveyer-shaft, 26-, 27- outside framework oil seal, 28- transparent cover, 29- bearing, auger feed inlet in 210-,
Auger driving motor, 3- rack in the outer auger driving motor of 211- interface end cap, 212- gear, 213-, 214-.
Specific embodiment
In efficient conveying mixing unit shown in Fig. 1, screw conveyor 2 and batch mixer 1 form material conveying and mix
Unit is closed, the auger casing 23 in screw conveyor 2 is the outer housing of screw conveyor 2, and auger casing 23 and rack 3 are connected,
Outer auger 24 is equipped in auger casing 23, the conveying blade 241 of outer auger 24 is arranged in 242 periphery of auger cylinder, auger machine
23 one end of shell is equipped with transparent cover 28, which is socketed on 242 periphery of auger cylinder, referring to fig. 2, in transparent cover 28 and twists
Outside framework oil seal 27 is installed to guarantee movable sealing effect between imperial cylinder 242, is equipped with one end of transparent cover 28 in auger casing 23
Periphery is equipped with outer auger feed inlet 26, and 23 other end of auger casing is equipped with capping 21, is equipped with the one of capping 21 in auger casing 23
Periphery is held to be equipped with discharge port 22, one end that auger cylinder 242 passes through transparent cover 28 passes through 29 rotating support of bearing in interface end cap 211
On, interface end cap 211 is connected in rack 3, so that 242 rotating support of auger cylinder is in rack 3, on auger cylinder 242
It is fixed with gear 212, auger cylinder 242 is sequentially connected by gear pair and outer auger driving motor 213, auger cylinder 242
The other end is open end, and spacing is equipped between the capping 21 of the open end and auger casing 23；It is also set up in auger cylinder 242
There is interior auger 25, interior auger conveying blade 251 is arranged in 252 periphery of screw-conveyer-shaft, and interior 251 one end of packing auger blade extend into interface end
With 211 inner wall of interface end cap close to interior 251 other end of packing auger blade stretches out the open end of auger cylinder 242, auger in lid 211
The transfer passage of the interior auger 24 of 242 inner cavity of cylinder passes through between 242 open end of auger cylinder and the capping 21 of auger casing 23
Spacing lead to discharge port 22,252 one end of screw-conveyer-shaft of interior auger 25 passes through interface end cap 211 and interior auger driving motor
214 are connected by shaft coupling, and interior auger feed inlet 210, interior auger feed inlet 210 are equipped in 211 outer peripheral sidewall of interface end cap
Led to by 211 inner cavity of interface end cap and 242 inner cavity of auger cylinder, screw-conveyer-shaft 252 passes through one end of interface end cap 211 by connecing
Mouth 211 rotating support of end cap is in rack 3, and 252 other end rotating support of screw-conveyer-shaft is in capping 21.From outer auger feed inlet 26
The material of input is defeated from discharge port 22 after being conveyed by outer auger 24 by required mixing ratio-dependent conveying speed appropriate
Out, from interior auger feed inlet 210 input material by interior auger 25 by required conveying ratio-dependent conveying speed appropriate into
It is also exported from discharge port 22 after row conveying, two different materials are respectively completed conveying, auger conveying by a screw conveyor 2
The discharge port 22 of machine 2 is oppositely arranged with the feed inlet 11 of batch mixer 1, and referring to Fig. 3, the feed inlet 11 of batch mixer 1 is located at blending bunker
13 tops, rotating support has the stirring main shaft 16 being vertically arranged in blending bunker 13, and stirring main shaft 16 is driven by mixing motor 12
Rotation, in the stirring main shaft 16 of batch mixer 1 it is axially spaced it is arranged in a crossed manner have more vane struts 14, on vane struts 14
Precision rest has three helical form mixing blades 15, three radially spaced settings of helical form mixing blade 15, in blending bunker 13
Bottom is equipped with discharging control flashboard 17, and discharging control flashboard 17 is beaten after the completion of the two kinds of materials inputted from feed inlet 11 are by mixing
It opens, the material for completing mixing operation is exported from mixing discharge port 18.
Some preferred embodiments of the utility model are only listed above, but the utility model is not limited thereto, also
Many modifications and variations can be made.It is fixed with gear 212 as may not be on the auger cylinder 242, and can be
It is fixed with sprocket wheel or toothed belt, auger cylinder 242 is driven by chain wheel pair or toothed belt wheel set and outer auger driving motor 213
Connection；May not be precision rest on the vane struts 14 has three helical form mixing blades 15, and can be fixation
Rest has one, two, four or more helical form mixing blade 15；In addition, the auger cylinder can also be as needed
Setting is intermediate to hang supporting member, to guarantee smooth running.And so on, as long as on the basis of the utility model basic principle
Made improvement and transformation, is regarded as falling into the protection scope of the utility model.
Claims (6)
1. a kind of efficiently conveying mixing unit, including screw conveyor (2) and batch mixer (1), it is characterised in that: in the auger
Outer auger (24) are equipped in the auger casing (23) of conveyer (2), the conveying blade (241) of the outer auger (24) is arranged in auger
Cylinder (242) periphery, auger casing (23) one end are equipped with transparent cover (28), which is socketed on auger cylinder
(242) periphery is equipped with outer auger feed inlet (26), auger casing in one end periphery that auger casing (23) are equipped with transparent cover (28)
(23) other end is equipped with capping (21), is equipped with discharge port (22) in one end periphery that auger casing (23) are equipped with capping (21), twists
Imperial cylinder (242) passes through one end rotating support of transparent cover (28) on interface end cap (211), and interface end cap (211) is connected in machine
On frame (3), auger cylinder (242) is sequentially connected in the end and outer auger driving motor (213), auger cylinder (242) it is another
Spacing is equipped between end and the capping (21) of auger casing (23)；It is additionally provided with interior auger (25) in auger cylinder (242), it is interior
Screw-conveyer-shaft (252) one end of auger (25) passes through interface end cap (211) and interior auger driving motor (214) is sequentially connected, and is connecing
Mouth end cap (211) outer peripheral sidewall is equipped with interior auger feed inlet (210), and interior auger feed inlet (210) and auger cylinder (242) are interior
Chamber leads to, and screw-conveyer-shaft (252) passes through one end rotating support of interface end cap (211) on rack (3), and screw-conveyer-shaft (252) is another
Hold rotating support on capping (21)；The discharge port (22) and the feed inlet (11) of the batch mixer (1) are oppositely arranged, mixed
In the stirring main shaft (16) of material machine (1) it is axially spaced it is arranged in a crossed manner have more vane struts (14), on vane struts (14)
Precision rest has helical form mixing blade (15).
2. efficient conveying mixing unit according to claim 1, it is characterised in that: in the transparent cover (28) and auger cylinder
(242) outside framework oil seal (27) are installed between.
3. efficient conveying mixing unit according to claim 1, it is characterised in that: solid on the auger cylinder (242)
It is connected with gear (212), auger cylinder (242) is sequentially connected by gear pair and outer auger driving motor (213).
4. efficient conveying mixing unit according to claim 1, it is characterised in that: the screw-conveyer-shaft (252) passes through shaft coupling
Device and interior auger driving motor (214) are sequentially connected.
5. efficient conveying mixing unit according to claim 1, it is characterised in that: fixed on the vane struts (14)
Rest has a plurality of helical form mixing blade (15).
6. efficient conveying mixing unit according to claim 5, it is characterised in that: fixed on the vane struts (14)
Rest has three helical form mixing blades (15), three radially spaced settings of helical form mixing blade (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821767332.2U CN209393096U (en) | 2018-10-30 | 2018-10-30 | Efficiently conveying mixing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821767332.2U CN209393096U (en) | 2018-10-30 | 2018-10-30 | Efficiently conveying mixing unit |
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| Publication Number | Publication Date |
|---|---|
| CN209393096U true CN209393096U (en) | 2019-09-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821767332.2U Active CN209393096U (en) | 2018-10-30 | 2018-10-30 | Efficiently conveying mixing unit |
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| Country | Link |
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| CN (1) | CN209393096U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113634721A (en) * | 2021-08-31 | 2021-11-12 | 青岛默森制造技术有限公司 | Piston salt core processing equipment and method |
-
2018
- 2018-10-30 CN CN201821767332.2U patent/CN209393096U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113634721A (en) * | 2021-08-31 | 2021-11-12 | 青岛默森制造技术有限公司 | Piston salt core processing equipment and method |
| CN113634721B (en) * | 2021-08-31 | 2024-01-05 | 青岛默森制造技术有限公司 | Piston salt core processing equipment and method |
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