CN205760860U - Novel mixer - Google Patents
Novel mixer Download PDFInfo
- Publication number
- CN205760860U CN205760860U CN201620667154.0U CN201620667154U CN205760860U CN 205760860 U CN205760860 U CN 205760860U CN 201620667154 U CN201620667154 U CN 201620667154U CN 205760860 U CN205760860 U CN 205760860U
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- housing
- separating tube
- opening
- novel mixer
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Abstract
This utility model provides a kind of novel mixer, belongs to field of mechanical technique.It solve the problem that prior art construction is the compactest.This novel mixer, including the housing that inside is cavity, above-mentioned housing is cylindrically, the upper end of described housing is feeding mouth, described housing lower end is discharging opening, the separating tube in circular cone shape also it is fixed with in housing, its lower ending opening of the upper end closed of described separating tube, above-mentioned separating tube lower end is connected in case inside and separating tube and housing is divided into neighbouring two cavity: pan feeding chamber and hybrid chamber, above-mentioned separating tube sidepiece has the through hole being connected in pan feeding chamber and hybrid chamber, there is in described hybrid chamber the rabbling mechanism for stirring feedstuff, the storage chamber for keeping in feedstuff is formed outside above-mentioned separating tube and between housing, above-mentioned pan feeding intracavity also has the feeding distribution mechanism that feedstuff can be made to enter above-mentioned storage chamber.This novel mixer compact conformation and stability are high.
Description
Technical field
This utility model belongs to mechanical technique territory, relates to a kind of novel mixer.
Background technology
Feedstuff, is the general name of the food of everyone domesticated animal, compares narrowly general feeds and generally refers to agricultural
Or the food of animal husbandry domesticated animal.Feedstuff (Feed) include Semen sojae atricolor, bean cake, Semen Maydis, fish flour, aminoacid, the miscellaneous dregs of rice, additive,
The feedstuff of more than ten kinds such as whey powder, oils and fats, meat meal tankage, corn, sugar grass.
In order to improve the nutrition of feedstuff, generally it is all that plurality of raw materials is mixed in proportion and forms.
The mixing of existing feedstuff is generally all manual operation, and its mixing efficiency is low, and, mixed stability also fully relies on
The operating experience of operator determines.
Chinese patent its publication number CN203971824U provides a kind of mixer, including being fixedly mounted in frame mixing
Casing body and power set, rotated in mixer housing and install a central shaft driven by power set, and mixer housing is
For taper, and the big end of cone-type mixer housing is positioned at the top of small end, is provided with arc close at the big end opening of mixer housing
Capping, arc seals to cover and is provided with charging aperture, and the small end bottom of mixer housing is provided with discharge valve, is positioned at mixer housing
The most sequentially it is provided with some drive materials on central shaft to move up to arc along the conical inboard wall of mixer housing and seal
Returning again to the agitating device of mixer housing bottom at lid, agitating device all includes be connected and along mixing casing fixing with central shaft
The connecting shaft that body radially extends, connecting shaft connects agitation blades away from the end of central shaft.
It can be seen that above-mentioned mixer is effective for carbon dust spheroidization, work efficiency is high, easy to operate.But, pin
Carry out the most stable to feedstuff mixes, and it does not provide detailed solution technical scheme.
Summary of the invention
The purpose of this utility model is the problems referred to above existed for prior art, it is provided that a kind of compact conformation and stability
High novel mixer.
The purpose of this utility model can be realized by following technical proposal:
A kind of novel mixer, including the housing that inside is cavity, it is characterised in that above-mentioned housing cylindrically, institute
The upper end stating housing is feeding mouth, and described housing lower end is discharging opening, is also fixed with the separating tube in circular cone shape, institute in housing
Stating its lower ending opening of upper end closed of separating tube, above-mentioned separating tube lower end is connected in case inside and housing is divided into by separating tube
Two neighbouring cavitys: pan feeding chamber and hybrid chamber, above-mentioned separating tube sidepiece has and is connected in pan feeding chamber and hybrid chamber
Through hole, has the rabbling mechanism for stirring feedstuff in described hybrid chamber, formed and be used for outside above-mentioned separating tube and between housing
The storage chamber of temporary feedstuff, above-mentioned pan feeding intracavity also has the feeding distribution mechanism that feedstuff can be made to enter above-mentioned storage chamber.
The feedstuff needing mixing is delivered in housing by feeding mouth, and under the effect of feeding distribution mechanism, former the stablizing of feedstuff enters
Entering at storage chamber, the feedstuff at storage chamber enters back in hybrid chamber, and under the effect of rabbling mechanism, feedstuff is in mixing
Chamber is sufficiently mixed.
In above-mentioned novel mixer, described feeding distribution mechanism includes motor, stirring sheet and sub-material axle, above-mentioned motor
Being connected in separating tube upper end, above-mentioned stirring sheet is connected on sub-material axle and the rotating shaft of sub-material axle and motor is fixedly connected with.
While driven by motor sub-material axis of rotation, stable for feedstuff can be dispersed at storage chamber by stirring sheet.
In above-mentioned novel mixer, described stirring sheet be slightly larger in dimension than separating tube upper end size.
Such structure avoids feedstuff to drop in sub-material cylinder upper end.
In above-mentioned novel mixer, described rabbling mechanism includes shaft and puddler, above-mentioned shaft position
In separating tube and shaft upper end is fixedly connected with machine shaft, the quantity of above-mentioned puddler is that some and puddler are along stirring
Axle the most uniform thereon.
It can be seen that rabbling mechanism and feeding distribution mechanism share a motor, when driven by motor shaft rotates, by stirring
The feedstuff that puddler on axle can be pointed in hybrid chamber is sufficiently mixed.
In above-mentioned novel mixer, described puddler is vertically arranged with shaft.
In above-mentioned novel mixer, the both sides of described shaft are respectively provided with puddler and adjacent puddler difference
It is positioned at left side and the right side of shaft.
In above-mentioned novel mixer, described housing lower end has base plate, and the side of described base plate is connected with housing,
Above-mentioned discharging opening is formed between opposite side and the housing bottom of described base plate.
Obviously, discharging opening be smaller in size than enclosure interior size, thus slow down discharging speed, so that feedstuff
It is sufficiently mixed in hybrid chamber.
In above-mentioned novel mixer, described base plate and housing are integral type structure.
In above-mentioned novel mixer, described base plate having recessed hole, location, above-mentioned shaft lower end is axial
It is connected at hole, location.
Hole, location is used for positioning shaft lower end, increases the connective stability of shaft.
In above-mentioned novel mixer, described base plate top is fixed with in block locating piece, on described locating piece
Having recessed hole, location, above-mentioned shaft lower end is embedded at hole, location and shaft axially connects with locating piece.
The extra locating piece arranged can be stably connected with shaft lower end, and its stability is higher.
In above-mentioned novel mixer, also include a support, intermittent driving part and discharge tray, above-mentioned housing and interval
Actuator is all connected on support, and discharge tray is connected with intermittent driving part, abuts in housing bottom, blanking on the upside of described discharge tray
Abut on the downside of dish on support, described support also has the collection port for collecting feedstuff, above-mentioned discharge tray has and runs through
Material stock mouth and material stock mouth the most right with above-mentioned housing discharging opening, above-mentioned material stock mouth after intermittent driving part drives discharge tray to rotate
Can be the most right with collection port.
The mixed fodder that discharge outlet drops enters in material stock mouth, treats that discharge tray turns to discharging opening the most right with collection port
Time, the feedstuff in material stock mouth stably drops at collection port.
Certainly, collection port mixed feedstuff can easily just be collected.
In above-mentioned novel mixer, described support is fixed with plate-shaped plate body, on the downside of above-mentioned discharge tray
It is resisted against on plate body.
Plate body with can form stable face on the downside of discharge tray and contact.
In above-mentioned novel mixer, described discharge tray is in the form of annular discs, the quantity at least two of above-mentioned collection port
And collection port circumference on the basis of discharge tray center is uniform.
In above-mentioned novel mixer, described plate body has recessed locating slot and locating slot and above-mentioned discharge tray
Matching, above-mentioned discharge tray is positioned at locating slot, and above-mentioned collection port is positioned at bottom locating slot to be located.
Arranging of locating slot can avoid feedstuff to be overflowed by the junction between plate body and discharge tray as far as possible.
In above-mentioned novel mixer, described plate body is integral type structure.
In above-mentioned novel mixer, described mid-stent is fixed with location bar, and above-mentioned intermittent driving part is connected in
On the bar of location.
By the installation control that location bar offer intermittent driving part is enough.
Certainly, intermittent driving part, in order to realize its intermittent rotary, generally uses servomotor.
In above-mentioned novel mixer, described support having in shaft-like leg, the quantity of described leg is at least
Being three, above-mentioned location bar is connected on leg.
What arranging of supporting can make shell stability is in more than ground, improves its mixed stability.
And, location bar is connected at leg also be not take up space, and structure comparison is compact.
In above-mentioned novel mixer, being fixed with plate-shaped connecting plate in the middle part of the bar of described location, above-mentioned interval is driven
Moving part is connected on connecting plate.
Connecting plate is big with intermittent driving part contact area, it is thus possible to improve its connective stability.
In above-mentioned novel mixer, at the lower port of described collection port, also it is fixed with passage.
Arranging of passage can be by mixed feedstuff centralized collection.
In above-mentioned novel mixer, described passage is flexible pipe body.
In above-mentioned novel mixer, described passage is plastic tube.
In above-mentioned novel mixer, described passage is cloth bag.
Flexible passage its there is plasticity, therefore, it adapts to the feedstuff storage tank in various sizes.
In above-mentioned novel mixer, outside described separating tube, also it is cased with the opening and closing cylinder matched with it, above-mentioned
Through hole is positioned at the top of separating tube, also has the dumping pit run through at the bottom of described separating tube, and above-mentioned opening and closing cylinder is by discharging
Escutcheon is lived and through hole is positioned at separating tube top, and described housing also has the clutch for driving opening and closing cylinder to move.
When having a certain amount of feedstuff in storage chamber in feedstuff mixed process, feedstuff could be entered in hybrid chamber by through hole.
After mixer is shut down, clutch is to move on opening and closing cylinder, and dumping pit is opened, and is just positioned at the feedstuff of storage chamber
In entrance hybrid chamber that can be stable.Certainly, due to hybrid chamber bottom opening, raising in whole mixer finally can easily be understood
Material.
In above-mentioned novel mixer, described clutch includes stay cord and clutch actuator, and above-mentioned clutch is driven
Moving part is connected on housing, and one end of above-mentioned stay cord is connected with above-mentioned opening and closing cylinder, and the other end of described stay cord drives with above-mentioned clutch
Moving part is connected.
In above-mentioned novel mixer, described clutch actuator is connected in hull outside, and described housing also connects
Being connected to wire-crossing wheel, above-mentioned stay cord is wound on wire-crossing wheel.
In above-mentioned novel mixer, described clutch actuator is motor.
Arranging of wire-crossing wheel can make stay cord bending arrange, and certainly, opening and closing cylinder just can be driven after clutch actuator action stable
Upper shifting.
In above-mentioned novel mixer, also have between described opening and closing cylinder and case inside can make opening and closing cylinder straight on
The guide frame of lower movement.
Will not deflection in opening and closing cylinder moving process under the effect of guide frame.
In above-mentioned novel mixer, described guide frame includes gib block and the opening and closing cylinder fovea superior of case inside
The gathering sill entered, above-mentioned gib block is embedded at gathering sill.
Alternatively scheme, in above-mentioned novel mixer, described clutch includes being connected in opening and closing
Tooth bar on cylinder, the gear being connected on housing and clutch actuator, said gear and clutch actuator are connected and gear and tooth
Bar is meshed.
When clutch actuator driven gear rotates, the tooth bar being meshed with gear is along with movement, on final drive opening and closing cylinder
Move.In order to increase the moving stability, the drive mechanism that gear and tooth bar are formed can arrange several groups, such as more: gear and tooth bar
The quantity of the drive mechanism formed is three groups or four groups.
Compared with prior art, this novel mixer is mainly carried out due to mixing portion in housing, and support is positioned at shell
Body bottom also supports housing, and whole mixer compact conformation is not take up space.
Meanwhile, rabbling mechanism and feeding distribution mechanism share a motor, and its compact type is higher, have the highest practical valency
Value.
Accompanying drawing explanation
Fig. 1 is the sectional structure schematic diagram of this novel mixer.
Fig. 2 is the plan structure schematic diagram of discharge tray in the mixer that this is novel.
In figure, 1, housing；1a, feeding mouth；1b, discharging opening；1c, pan feeding chamber；1d, hybrid chamber；1e, base plate；1f, guiding
Bar；2, separating tube；2a, through hole；2b, dumping pit；3, motor；4, stirring sheet；5, sub-material axle；6, shaft；7, puddler；8, prop up
Frame；8a, leg；9, intermittent driving part；10, discharge tray；10a, material stock mouth；11, plate body；11a, collection port；11b, locating slot；
12, location bar；13, passage；14, opening and closing cylinder；14a, gathering sill；15, stay cord；16, clutch actuator；17, wire-crossing wheel.
Detailed description of the invention
As it is shown in figure 1, this novel mixer includes the internal housing 1 for cavity, above-mentioned housing 1 is cylindrically, described
The upper end of housing 1 is feeding mouth 1a, and described housing 1 lower end is discharging opening 1b, is also fixed with the separation in circular cone shape in housing 1
Cylinder 2, its lower ending opening of upper end closed of described separating tube 2, above-mentioned separating tube 2 lower end is connected in inside housing 1 and separating tube 2 will
Housing 1 is divided into neighbouring two cavity: pan feeding chamber and 1c hybrid chamber 1d, above-mentioned separating tube 2 sidepiece has pan feeding chamber
The through hole 2a that 1c and hybrid chamber 1d is connected, has the rabbling mechanism for stirring feedstuff, above-mentioned separation in described hybrid chamber 1d
Form the storage chamber for keeping in feedstuff outside cylinder 2 and between housing 1, also have in above-mentioned pan feeding chamber 1c and feedstuff can be made to enter
State the feeding distribution mechanism of storage chamber.
Described feeding distribution mechanism includes motor 3, stirring sheet 4 and sub-material axle 5, and above-mentioned motor 3 is connected in separating tube 2 upper end,
Above-mentioned stirring sheet 4 is connected on sub-material axle 5 and the rotating shaft of sub-material axle 5 and motor 3 is fixedly connected with.
Described stirring sheet 4 be slightly larger in dimension than separating tube 2 upper end size.
Described rabbling mechanism includes that shaft 6 and puddler 7, above-mentioned shaft 6 are positioned at separating tube 2 and shaft 6
Upper end is fixedly connected with motor 3 rotating shaft, and the quantity of above-mentioned puddler 7 is some and puddler 7 being axially distributed on along shaft 6
On it.
Described puddler 7 is vertically arranged with shaft 6.
The both sides of described shaft 6 are respectively provided with puddler 7 and adjacent puddler 7 lay respectively at shaft 6 left side and
At You Ce.
Described housing 1 lower end has base plate 1e, and the side of described base plate 1e is connected with housing 1, another of described base plate 1e
Above-mentioned discharging opening 1b is formed between bottom side and housing 1.
Described base plate 1e and housing 1 are integral type structure.
Having recessed hole, location on described base plate 1e, above-mentioned shaft 6 lower end is axially connected at hole, location.
Described base plate 1e top is fixed with in block locating piece, and described locating piece has recessed hole, location, above-mentioned
Shaft 6 lower end is embedded at hole, location and shaft 6 axially connects with locating piece.
Also including a support 8, intermittent driving part 9 and discharge tray 10, above-mentioned housing 1 and intermittent driving part 9 are all connected in and prop up
On frame 8, discharge tray 10 is connected with intermittent driving part 9, abuts in bottom housing 1, on the downside of discharge tray 10 on the upside of described discharge tray 10
Abut on support 8, described support 8 also has collection port 11a for collecting feedstuff, above-mentioned discharge tray 10 has and runs through
Material stock mouth 10a and material stock mouth 10a the most right with above-mentioned housing 1 discharging opening 1b, when intermittent driving part 9 drive discharge tray 10 rotate after
Above-mentioned material stock mouth 10a can be the most right with collection port 11a.
It is fixed with plate-shaped plate body 11 on described support 8, is resisted against on plate body on the downside of above-mentioned discharge tray.
As depicted in figs. 1 and 2, described discharge tray 10 is in the form of annular discs, the quantity at least two of above-mentioned collection port 11a and receipts
Collection mouth 11a circumference on the basis of discharge tray 10 center is uniform.
There is on described plate body 11 recessed locating slot 11b and locating slot 11b match with above-mentioned discharge tray 10, above-mentioned under
Charging tray 10 is positioned at locating slot 11b, and above-mentioned collection port 11a is positioned at bottom locating slot 11b to be located.
Described plate body 11 is integral type structure.
Being fixed with location bar 12 in the middle part of described support 8, above-mentioned intermittent driving part 9 is connected on the bar 12 of location.
Having in shaft-like leg 8a on described support 8, the quantity of described leg 8a is at least three, above-mentioned location bar 12
It is connected on leg 8a.
Being fixed with plate-shaped connecting plate in the middle part of described location bar 12, above-mentioned intermittent driving part is connected on connecting plate.
Passage 13 also it is fixed with at the lower port of described collection port 11a.
Described passage 13 is flexible pipe body.
Described passage 13 is plastic tube.According to practical situation, described passage 13 is also feasible for cloth bag.
Also being cased with the opening and closing cylinder 14 matched with it outside described separating tube 2, above-mentioned through hole 2a is positioned at the upper of separating tube 2
At portion, also having the dumping pit 2b run through at the bottom of described separating tube 2, dumping pit 2b is covered and through hole by above-mentioned opening and closing cylinder 14
2a is positioned at separating tube 2 top, and described housing 1 also has the clutch for driving opening and closing cylinder 14 to move.
Described clutch includes that stay cord 15 and clutch actuator 16, above-mentioned clutch actuator 16 are connected on housing 1,
One end of above-mentioned stay cord 15 is connected with above-mentioned opening and closing cylinder 14, and the other end of described stay cord 15 is connected with above-mentioned clutch actuator 16.
Described clutch actuator 16 is connected in outside housing 1, and described housing 1 is also associated with wire-crossing wheel 17, above-mentioned draws
Rope 15 is wound on wire-crossing wheel 17.
Described clutch actuator 16 is motor.
Between inside described opening and closing cylinder 14 and housing 1, also there is the guide frame that opening and closing cylinder 14 can be made to move up and down straight.
Described guide frame includes the gathering sill 14a that the gib block 1f inside housing 1 and opening and closing cylinder 14 are recessed on, above-mentioned
Gib block 1f is embedded at gathering sill 14a.
Alternatively scheme, described clutch includes the tooth bar being connected on opening and closing cylinder, is connected on housing
Gear and clutch actuator, said gear is connected with clutch actuator and wheel and rack is meshed.
The feedstuff needing mixing is delivered in housing by feeding mouth, and under the effect of feeding distribution mechanism, former the stablizing of feedstuff enters
Entering at storage chamber, the feedstuff at storage chamber enters back in hybrid chamber, and under the effect of rabbling mechanism, feedstuff is in mixing
Chamber is sufficiently mixed.
Claims (10)
1. a novel mixer, including the housing that inside is cavity, it is characterised in that above-mentioned housing is cylindrically, described
The upper end of housing is feeding mouth, and described housing lower end is discharging opening, is also fixed with the separating tube in circular cone shape in housing, described
Its lower ending opening of the upper end closed of separating tube, above-mentioned separating tube lower end is connected on housing is divided into by case inside and separating tube
Under adjacent two cavitys: pan feeding chamber and hybrid chamber, above-mentioned separating tube sidepiece has be connected in pan feeding chamber and hybrid chamber logical
Hole, has the rabbling mechanism for stirring feedstuff in described hybrid chamber, formed for temporarily outside above-mentioned separating tube and between housing
Depositing the storage chamber of feedstuff, above-mentioned pan feeding intracavity also has the feeding distribution mechanism that feedstuff can be made to enter above-mentioned storage chamber, described separation
Also being cased with the opening and closing cylinder matched with it outside Tong, above-mentioned through hole is positioned at the top of separating tube, at the bottom of described separating tube
Also having the dumping pit run through, dumping pit is covered by above-mentioned opening and closing cylinder and through hole is positioned at separating tube top, on described housing also
There is the clutch for driving opening and closing cylinder to move.
Novel mixer the most according to claim 1, it is characterised in that described clutch includes stay cord and clutch
Actuator, above-mentioned clutch actuator is connected on housing, and one end of above-mentioned stay cord and above-mentioned opening and closing cylinder are connected, described stay cord another
One end is connected with above-mentioned clutch actuator.
Novel mixer the most according to claim 2, it is characterised in that described clutch actuator is connected in outside housing
Side, described housing is also associated with wire-crossing wheel, and above-mentioned stay cord is wound on wire-crossing wheel.
Novel mixer the most according to claim 3, it is characterised in that described clutch actuator is motor.
Novel mixer the most according to claim 2, it is characterised in that also have between described opening and closing cylinder and case inside
There is the guide frame that opening and closing cylinder can be made to move up and down straight.
Novel mixer the most according to claim 5, it is characterised in that described guide frame includes case inside
The gathering sill that gib block and opening and closing cylinder are recessed on, above-mentioned gib block is embedded at gathering sill.
Novel mixer the most according to claim 2, it is characterised in that described clutch includes being connected in opening and closing
Tooth bar on cylinder, the gear being connected on housing and clutch actuator, said gear and clutch actuator are connected and gear and tooth
Bar is meshed.
Novel mixer the most according to claim 2, it is characterised in that described feeding distribution mechanism includes motor, stirring
Sheet and sub-material axle, above-mentioned motor is connected in separating tube upper end, and above-mentioned stirring sheet is connected on sub-material axle and sub-material axle and motor
Rotating shaft is fixedly connected with.
Novel mixer the most according to claim 8, it is characterised in that described stirring sheet be slightly larger in dimension than separating tube
Upper end size.
Novel mixer the most according to claim 2, it is characterised in that described rabbling mechanism include shaft and
Puddler, above-mentioned shaft is positioned at separating tube and shaft upper end is fixedly connected with machine shaft, and the quantity of above-mentioned puddler is
Some and puddler along shaft the most uniform thereon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620667154.0U CN205760860U (en) | 2016-06-24 | 2016-06-24 | Novel mixer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620667154.0U CN205760860U (en) | 2016-06-24 | 2016-06-24 | Novel mixer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205760860U true CN205760860U (en) | 2016-12-07 |
Family
ID=58128506
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620667154.0U Expired - Fee Related CN205760860U (en) | 2016-06-24 | 2016-06-24 | Novel mixer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205760860U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107373731A (en) * | 2017-09-04 | 2017-11-24 | 来安县天绿生态农业科技有限公司 | A kind of fish meal preparation facilities |
-
2016
- 2016-06-24 CN CN201620667154.0U patent/CN205760860U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107373731A (en) * | 2017-09-04 | 2017-11-24 | 来安县天绿生态农业科技有限公司 | A kind of fish meal preparation facilities |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161207 Termination date: 20170624 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |