CN208449114U - A kind of shearing plug-in type size mixing device - Google Patents
A kind of shearing plug-in type size mixing device Download PDFInfo
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- CN208449114U CN208449114U CN201820810862.4U CN201820810862U CN208449114U CN 208449114 U CN208449114 U CN 208449114U CN 201820810862 U CN201820810862 U CN 201820810862U CN 208449114 U CN208449114 U CN 208449114U
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- shearing
- centrifugal
- cutout
- nut
- centrifugation
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Abstract
The utility model discloses a kind of shearing plug-in type size mixing devices, including staving, motor, centrifugal device, shear；The centrifugal device and shear is installed in the inside of staving；The shearing baffle upper end of the utility model is carried out mating by scissor rectangle locating slot and flexible positioning column, cutout is positioned by flexible positioning column, avoid cutout is driven shearing nut to rotate together by external force, furthermore in order to be adapted to the shaping modes moved up and down of cutout, flexible positioning column is inserted in shearing positioning sleeve by telescopic resilience body, so flexible positioning column can also move up and down.
Description
Technical field
The utility model relates to a kind of shearing plug-in type size mixing devices.
Background technique
Currently, especially in oatmeal rice piece manufacture field, generally first needing for flour rice flour to be sent into food processing field
To shearing plug-in type size mixing device in size mixing, flour and rice flour and water are sufficiently merged, reach flour with
Rice flour forms the purpose of thick slurry, and existing shearing plug-in type size mixing device generally comprises axis of sizing mixing, driving motor, sizes mixing
Bucket, axis of sizing mixing are mounted in mixing cirtern, and axis of sizing mixing is driven by external driving motor, and oatmeal or rice piece are sent into and adjusted
In slurry bucket, water is then poured into mixing cirtern, by driving motor control size mixing axis rotation, by size mixing axis drive oatmeal or
Rice piece be sufficiently stirred merging with water, and still, the speed that the shearing plug-in type size mixing device stirring of this spline structure is slurried is too slow,
Operating efficiency is low.
Utility model content
In view of the deficiencies of the prior art mentioned above, the utility model solves the problems, such as are as follows: provides a kind of cutout connection
It consolidates, speed of sizing mixing is fast, highly adjustable, using flexible shearing plug-in type size mixing device.
To solve the above problems, the technical solution that the utility model is taken is as follows:
A kind of shearing plug-in type size mixing device, including staving, motor, centrifugal device, shear；
The centrifugal device and shear is installed in the inside of staving；
The centrifugal device includes centrifugal shaft, centrifugal-block, centrifugation nut；It is outer that the outside of the centrifugal shaft is equipped with centrifugation
Screw thread；The centrifugal-block activity, which is worn, to be connect on centrifugal shaft；The two sides up and down of the centrifugal-block are respectively installed by one centrifugation nut；
The centrifugation nut thread is connected on centrifugal shaft；The centrifugation nut clamps centrifugal-block；
The shear include shear axis, cutout, shearing baffle, shearing nut, wear connect annular solid, shearing positioning
Set, telescopic resilience body, flexible positioning column；The cutout and shearing baffle activity is worn and is connect on shear axis；The shearing
Baffle is located at the top of cutout；The outside of the shear axis is equipped with shearing external screw thread；The shearing nut thread connection
On shear axis；The shearing nut is located at the lower section of cutout；It is described wear connect annular solid installation shearing nut four
All outer upper sides；Described wear connects annular solid and is brought up below insertion cutout by the rotation of shearing nut；Described wearing connects ring
Body carries out cross spacing clamping to cutout；The centrifugal shaft and shear axis is arranged in parallel；The motor driven centrifugation
Axis and shear axis rotary motion；The shearing baffle upper end two sides are equipped with scissor rectangle locating slot；The flexible positioning column
With scissor rectangle positioning groove shape matching；The shear axis upper end two sides are installed by one shearing positioning sleeve respectively；Described cuts
Cut positioning sleeve lower ending opening；The telescopic resilience body is mounted in shearing positioning sleeve；The flexible positioning column is fixed from shearing
Position set lower end is inserted into and is pressed on telescopic resilience body；The flexible positioning column pushes insertion to cut by telescopic resilience body elasticity
In the scissor rectangle locating slot for cutting baffle upper end two sides.
Further, the centrifugal device further includes centrifugal hoop and centrifugation elastomer；The top of the centrifugal shaft is under
Side is respectively installed by one centrifugal hoop；The centrifugation elastomer is socketed on centrifugal shaft；The centrifugation elastomeric resilient is compressed in
Between centrifugal hoop and centrifugation nut.
Further, described wear is equipped with wedge shape clamping annular groove on the inside of the top for connecing annular solid；The lower end of the cutout
Annular groove is connect equipped with wearing；Described wearing is equipped with mobile cavity on the inside of the both ends for connecing annular groove；The bottom of the mobile cavity is fixed with shearing
Elastomer；The lateral expansion of the shearing elasticity body is fixed with wedge-shaped clamping block；Described wear connects annular solid and rotates upwards
Insertion is worn to connect in annular groove and be clamped annular groove by wedge shape and is connected on wedge-shaped clamping block.
Further, the wedge shape clamping annular groove is in up big and down small structure；The wedge-shaped clamping block is in up big and down small
Structure.
Further, described wear is equipped with up big and down small annular chamfer on the inside of the upper end for connecing annular solid；The annular is fallen
The tilt angle at angle is consistent with the tilt angle of wedge-shaped clamping block lateral surface.
Further, the upper end of the mobile cavity is extended with interface channel to both ends outside vertical；The interface channel and
L shape drive rod is equipped in mobile cavity；The lower end of the L shape drive rod and wedge-shaped clamping block are fixed；The L shape drive rod
Outside extends to the outside of cutout.
Further, closing set is equipped on the outside of the both ends of the cutout；The closing set is mounted on the outer of L shape drive rod
Side.
Further, the cutout and shearing baffle are integrally formed by connection ring；The diameter of the shearing baffle
Greater than the diameter of cutout；The centrifugal-block, cutout, shearing baffle structure cylindrical.
It further, further include pedestal；The pedestal is mounted on the lower section of staving；The motor is mounted in pedestal.
The beneficial effects of the utility model
1. the shearing baffle upper end of the utility model is mating by scissor rectangle locating slot and the progress of flexible positioning column,
Cutout is positioned by flexible positioning column, cutout is avoided and shearing nut is driven to rotate together by external force, this
Outside in order to be adapted to the shaping modes moved up and down of cutout, flexible positioning column is inserted in shearing positioning by telescopic resilience body
In set, so flexible positioning column can also be moved up and down；The utility model is additionally arranged centrifugal device and shear, by from
Center device and shear cooperate, and greatly enhance stirring efficiency of sizing mixing；In the centrifugal device of the utility model from
Heart block is by the drive of motor so that centrifugal-block carries out high speed centrifugation rotation, so that centrifugal-block drives slurries to carry out high speed centrifugation rotation
Turn, at this point, the cutout in shear is driven by a motor so that cutout also carries out high speed rotation, such cutout is to high speed
The slurries of centrifugal rotation carry out radial shear and greatly improve powder so that slurries obtain the shearing of unordered agitating type
Speed is slurried.
2. the centrifugal-block and cutout of the utility model can carry out the adjusting of upper and lower position, so can be according to slurries
Liquid level suitable height is adjusted, reach more centrifugation clipped position；The centrifugal-block of the utility model by being distributed up and down
Centrifugation nut carry out clamping driving, adjust the position of centrifugation nut, centrifugal-block can be made to carry out upper and lower position on centrifugal shaft
The movement set more consolidates to make to be centrifuged nut to what centrifugal-block clamped, and the utility model on centrifugal shaft by being provided with
Centrifugal hoop and centrifugation elastomer, and centrifugation elastomeric resilient is compressed between centrifugal hoop and centrifugation nut, structure deft design；
The shearing nut of the utility model can rotate up and down motion on shear axis, and cutout and shearing baffle can so be driven to cut
It cuts and is moved up and down on axis, and connect annular solid by wearing cutout carry out activity is fixed.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the utility model cutout, shearing baffle, shearing nut, wears and connect annular solid attachment structure schematic diagram.
Fig. 3 is that the utility model shears nut and wears the fractionation structural representation for connecing annular solid and cutout.
Fig. 4 is the connection of the utility model mobile cavity, interface channel, L shape drive rod, shearing elasticity body, wedge-shaped clamping block
Structural schematic diagram.
Fig. 5 is the schematic cross-sectional view of side below the utility model cutout.
Fig. 6 is the flexible positioning column of the utility model and the fractionation structural representation for shearing baffle.
Specific embodiment
The content of the present invention is described in further detail with reference to the accompanying drawing.
As shown in Figures 1 to 6, a kind of shearing plug-in type size mixing device, including staving 1, motor 4, centrifugal device 2, shearing dress
Set 3.The centrifugal device 2 and shear 3 is installed in the inside of staving 1.The centrifugal device 2 includes centrifugal shaft
21, centrifugal-block 22, centrifugation nut 23.The outside of the centrifugal shaft 21 is equipped with centrifugation external screw thread.22 activity of centrifugal-block
It wears and connects on centrifugal shaft 21；The two sides up and down of the centrifugal-block 22 are respectively installed by one centrifugation nut 23；The centrifugation nut
23 are threaded on centrifugal shaft 21；The centrifugation nut 23 clamps centrifugal-block 22.The shear 3 includes shear axis
31, cutout 33, shearing baffle 32, shearing nut 34, wear and connect annular solid 35, shearing positioning sleeve 36, telescopic resilience body 38, flexible
Positioning column 37.Shearing baffle 32 is used to stop the slurries that the shearing of cutout 33 is splashed, and prevents slurries from splashing away.It is described
Cutout 33 and shearing 32 activity of baffle wear and connect on shear axis 31；The shearing baffle 32 is located at the upper of cutout 33
Side；The outside of the shear axis 31 is equipped with shearing external screw thread；The shearing nut 34 is threaded on shear axis 31；Institute
The shearing nut 34 stated is located at the lower section of cutout 33；It is described wear connect annular solid 35 installation shearing nut 34 surrounding on the outside of
Top；Described wear connects annular solid 35 and brings up 33 lower section of insertion cutout by the rotation of shearing nut 34；Described wearing connects ring
Body 35 carries out cross spacing clamping to cutout；The centrifugal shaft 21 and shear axis 31 is arranged in parallel；The motor 4 drives
Dynamic 31 rotary motion of centrifugal shaft 21 and shear axis.The 32 upper end two sides of shearing baffle are equipped with scissor rectangle locating slot 321；Institute
Flexible positioning column 37 and 321 shape of scissor rectangle the locating slot matching stated；One is installed respectively in the 31 upper end two sides of shear axis
A shearing positioning sleeve 36；36 lower ending opening of shearing positioning sleeve；The telescopic resilience body 38 is mounted on shearing positioning sleeve
In 36；The flexible positioning column 37 is inserted into from shearing 36 lower end of positioning sleeve and is pressed on telescopic resilience body 38；Described stretches
The scissor rectangle locating slot 321 that contracting positioning column 37 passes through 38 resiliency urged of telescopic resilience body insertion shearing, 32 upper end two sides of baffle
It is interior.Further preferably, the centrifugal device 2 further includes centrifugal hoop 24 and centrifugation elastomer 25；The centrifugal shaft 21 it is upper
A centrifugal hoop 24 is respectively installed in side and lower section；The centrifugation elastomer 25 is socketed on centrifugal shaft 21；The centrifugation elasticity
25 elastic compression of body is between centrifugal hoop 24 and centrifugation nut 23.As shown in Fig. 2,3,4,5, further preferably, described wearing is connect
Wedge shape clamping annular groove 351 is equipped on the inside of the top of annular solid 35；The lower end of the cutout 33, which is equipped with to wear, connects annular groove 331；Institute
Wearing for stating is equipped with mobile cavity 332 on the inside of the both ends for connecing annular groove 331；The bottom of the mobile cavity 332 is fixed with shearing elasticity body
337；The lateral expansion of the shearing elasticity body 337 is fixed with wedge-shaped clamping block 333；Described wearing connects annular solid 35 upwards
It is rotatably inserted into wear to connect in annular groove 331 and be clamped annular groove 351 by wedge shape and be connected on wedge-shaped clamping block 333.Further preferably, institute
The wedge shape clamping annular groove 351 stated is in up big and down small structure；The wedge-shaped clamping block 333 is in up big and down small structure.Into one
Step preferably, in order to guarantee to wear connects the stationarity that annular solid 35 and wedge-shaped clamping block 333 drive, and described wearing connects the upper of annular solid 35
End inside is equipped with up big and down small annular chamfer 352；Outside the tilt angle of the annular chamfer 352 and wedge-shaped clamping block 333
The tilt angle of side is consistent.Further preferably, the upper end of the mobile cavity 332 is extended with interface channel to both ends outside vertical
334；L shape drive rod 335 is equipped in the interface channel 334 and mobile cavity 332；The lower end of the L shape drive rod 335 and
Wedge-shaped clamping block 333 is fixed；The outside of the L shape drive rod 335 extends to the outside of cutout 33.Further preferably, it is
It prevents cutout 33 from receiving External force interference, closing set 336 is equipped on the outside of the both ends of the cutout 33；The closing set
336 are mounted on the outside of L shape drive rod 335.Further preferably, the cutout 33 and shearing baffle 32 pass through connection ring
3233 are integrally formed；The diameter of the shearing baffle 32 is greater than the diameter of cutout 33；The centrifugal-block 22, cutout
33, the structure cylindrical of baffle 32 is sheared.It further preferably, further include pedestal 5；The pedestal 5 is mounted under staving 1
Side；The motor 4 is mounted in pedestal 5.
32 upper end of shearing baffle of the utility model carries out grafting by scissor rectangle locating slot 321 and flexible positioning column 37
Cooperation positions cutout 33 by flexible positioning column 37, avoids cutout 33 and driven shearing nut by external force
It rotates together, furthermore in order to be adapted to the shaping modes moved up and down of cutout 33, flexible positioning column 37 is passed through into telescopic resilience
Body 38 is inserted in shearing positioning sleeve 36, and so flexible positioning column 37 can also move up and down；The utility model be additionally arranged from
Center device 2 and shear 3 are cooperated by centrifugal device 2 and shear 3, greatly enhance stirring efficiency of sizing mixing；
Centrifugal-block 22 in the centrifugal device 2 of the utility model by the drive of motor 4 so that centrifugal-block carries out high speed centrifugation rotation, from
And centrifugal-block 22 drive slurries carry out high speed centrifugation rotation, at this point, the cutout 33 in shear 3 driven by motor 4 so that
Cutout 33 also carries out high speed rotation, and such cutout 33 carries out radial shear to the slurries that high speed centrifugation rotates, so that
Slurries obtain the shearing of unordered agitating type, and greatly improve powder is slurried speed.It the centrifugal-block 22 of the utility model and cuts
Stripping and slicing 33 can carry out the adjusting of upper and lower position, so suitable height can be adjusted according to the liquid level of slurries, reach
More it is centrifuged clipped position；The centrifugal-block 22 of the utility model carries out clamping driving by the centrifugation nut 23 being distributed up and down, adjusts
The position of section centrifugation nut 23, can make centrifugal-block 22 carry out the movement of upper and lower position on centrifugal shaft 21, in order to make to be centrifuged
Nut 23 is more consolidated to what centrifugal-block 22 clamped, and the utility model on centrifugal shaft 21 by being provided with centrifugal hoop 24 and centrifugation
Elastomer 25, and centrifugation 25 elastic compression of elastomer in centrifugal hoop 24 and is centrifuged between nut 23, structure deft design；This reality
Up and down motion can be rotated on shear axis 31 with novel shearing nut 34, can so drive cutout 33 and shearing baffle 32
It is moved up and down on shear axis 31, and connects annular solid 35 by wearing 33 carry out activity of cutout is fixed.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection scope within.
Claims (9)
1. a kind of shearing plug-in type size mixing device, which is characterized in that including staving, motor, centrifugal device, shear；
The centrifugal device and shear is installed in the inside of staving；
The centrifugal device includes centrifugal shaft, centrifugal-block, centrifugation nut；The outside of the centrifugal shaft, which is equipped with, is centrifuged outer spiral shell
Line；The centrifugal-block activity, which is worn, to be connect on centrifugal shaft；The two sides up and down of the centrifugal-block are respectively installed by one centrifugation nut；Institute
The centrifugation nut thread stated is connected on centrifugal shaft；The centrifugation nut clamps centrifugal-block；
The shear include shear axis, cutout, shearing baffle, shearing nut, wear connect annular solid, shearing positioning sleeve,
Telescopic resilience body, flexible positioning column；The cutout and shearing baffle activity is worn and is connect on shear axis；The shearing baffle
Positioned at the top of cutout；The outside of the shear axis is equipped with shearing external screw thread；The shearing nut thread, which is connected to, to be cut
It cuts on axis；The shearing nut is located at the lower section of cutout；It is described wear connect annular solid installation shearing nut surrounding outside
Upper side；Described wear connects annular solid and is brought up below insertion cutout by the rotation of shearing nut；Described wearing connects annular solid
Cross spacing clamping is carried out to cutout；The centrifugal shaft and shear axis is arranged in parallel；The motor driven centrifugal shaft and
Shear axis rotary motion；The shearing baffle upper end two sides are equipped with scissor rectangle locating slot；It the flexible positioning column and cuts
Cut rectangle positioning groove shape matching；The shear axis upper end two sides are installed by one shearing positioning sleeve respectively；The shearing is fixed
Position set lower ending opening；The telescopic resilience body is mounted in shearing positioning sleeve；The flexible positioning column from shearing positioning sleeve
Lower end is inserted into and is pressed on telescopic resilience body；The flexible positioning column pushes insertion shearing gear by telescopic resilience body elasticity
In the scissor rectangle locating slot of plate upper end two sides.
2. shearing plug-in type size mixing device according to claim 1, which is characterized in that the centrifugal device further include from
Thimble and centrifugation elastomer；One centrifugal hoop is respectively installed above and below the centrifugal shaft；The centrifugation elastomer sleeve
It connects on centrifugal shaft；The centrifugation elastomeric resilient is compressed between centrifugal hoop and centrifugation nut.
3. shearing plug-in type size mixing device according to claim 1, which is characterized in that described wearing connects the top of annular solid
Inside is equipped with wedge shape clamping annular groove；The lower end of the cutout, which is equipped with to wear, connects annular groove；Described wears on the inside of the both ends for connecing annular groove
Equipped with mobile cavity；The bottom of the mobile cavity is fixed with shearing elasticity body；The lateral expansion of the shearing elasticity body is fixed
Equipped with wedge-shaped clamping block；It is described wear to connect annular solid and be rotatably inserted into wear upwards connect in annular groove and be connected to by wedge shape clamping annular groove
On wedge-shaped clamping block.
4. shearing plug-in type size mixing device according to claim 3, which is characterized in that the wedge shape clamping annular groove is presented
Small structure under big；The wedge-shaped clamping block is in up big and down small structure.
5. shearing plug-in type size mixing device according to claim 3, which is characterized in that described wearing connects the upper end of annular solid
Inside is equipped with up big and down small annular chamfer；The inclination angle of the tilt angle of the annular chamfer and wedge-shaped clamping block lateral surface
Degree is consistent.
6. shearing plug-in type size mixing device according to claim 3, which is characterized in that the upper end of the mobile cavity is to both ends
Outside vertical is extended with interface channel；L shape drive rod is equipped in the interface channel and mobile cavity；The L shape drive rod
Lower end and wedge-shaped clamping block fix；The outside of cutout is extended on the outside of the L shape drive rod.
7. shearing plug-in type size mixing device according to claim 6, which is characterized in that set on the outside of the both ends of the cutout
There is closing to cover；The closing set is mounted on the outside of L shape drive rod.
8. shearing plug-in type size mixing device according to claim 1, which is characterized in that the cutout and shearing baffle
It is integrally formed by connection ring；The diameter of the shearing baffle is greater than the diameter of cutout；The centrifugal-block, cutout,
Shear baffle structure cylindrical.
9. shearing plug-in type size mixing device according to claim 1, which is characterized in that further include pedestal；The pedestal
It is mounted on the lower section of staving；The motor is mounted in pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820810862.4U CN208449114U (en) | 2018-05-29 | 2018-05-29 | A kind of shearing plug-in type size mixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820810862.4U CN208449114U (en) | 2018-05-29 | 2018-05-29 | A kind of shearing plug-in type size mixing device |
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| Publication Number | Publication Date |
|---|---|
| CN208449114U true CN208449114U (en) | 2019-02-01 |
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ID=65149165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820810862.4U Active CN208449114U (en) | 2018-05-29 | 2018-05-29 | A kind of shearing plug-in type size mixing device |
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| Country | Link |
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| CN (1) | CN208449114U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108722288A (en) * | 2018-05-29 | 2018-11-02 | 江苏海特尔机械有限公司 | A kind of shearing positioning formula size mixing device |
| CN109746966A (en) * | 2019-02-20 | 2019-05-14 | 江苏海特尔机械有限公司 | A kind of candy cane Double regulating nodal pattern cutting mechanism |
-
2018
- 2018-05-29 CN CN201820810862.4U patent/CN208449114U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108722288A (en) * | 2018-05-29 | 2018-11-02 | 江苏海特尔机械有限公司 | A kind of shearing positioning formula size mixing device |
| CN109746966A (en) * | 2019-02-20 | 2019-05-14 | 江苏海特尔机械有限公司 | A kind of candy cane Double regulating nodal pattern cutting mechanism |
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