CN208591802U - A kind of flow at high speed mixing machine - Google Patents
A kind of flow at high speed mixing machine Download PDFInfo
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- CN208591802U CN208591802U CN201820444799.7U CN201820444799U CN208591802U CN 208591802 U CN208591802 U CN 208591802U CN 201820444799 U CN201820444799 U CN 201820444799U CN 208591802 U CN208591802 U CN 208591802U
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Abstract
The utility model discloses a kind of flow at high speed mixing machines, comprising: pedestal includes first part and second part；Electric machine is fixed on the upper surface of first part；Cylinder is fixed on the upper surface of second part by annular mounting base；Upper cover is set on cylinder；The first main blanking port and the second main blanking port is arranged in the upper surface of upper cover；Two knife gate valves are respectively arranged at the first main blanking port and the second main blanking port；Four rotating handle pressing device circumference array are set to the outer rim of upper cover；The upper end of air-powered lifting device is fixed on the right side of upper cover by triangular mounting plate, and the lower end of air-powered lifting device is installed on second part；The rotary shaft of agitating device is in the bottom plate to second part of cylinder；Electric machine connects agitating device by V belt translation；Device for discharging is set to the rear side of cylinder；The agitating device of the utility model setting can faster mix the intracorporal material of cylinder since lower blade and upper blade is arranged.
Description
Technical field
The utility model relates to the technical field of mixing machine more particularly to a kind of technical fields of flow at high speed mixing machine.
Background technique
The agitating device of prior art mixing machine due to material resistance, often be easy so that material card resistance agitating device so that
The mixing of material cannot be gone on smoothly；Secondly, the heat insulation effect of existing mixing machine is poor, under low-temperature working, it is easy so that temperature
It distributes rapidly, has an adverse effect to the process of mixture；And the temp probe of existing mixing machine is unable to accurate detection material
Temperature.
Utility model content
In view of the above deficiencies, the purpose of the utility model is to provide a kind of flow at high speed mixing machines, more efficient can detect
The temperature of material, and effective heat preservation is realized to cylinder；Meanwhile agitating device is realized and is improved, improve the speed of mixture.
In order to achieve the above object, the utility model uses following technical scheme:
A kind of flow at high speed mixing machine, wherein include:
Pedestal, the pedestal are hollow structure；The pedestal includes first part and second part；The first part
Left side is connect with the right side of the second part, and the height of the second part is greater than the height of the first part；
Electric machine, the electric machine are fixed on the upper surface of the first part；The output shaft of the electric machine
Lower end be through in the first part；
Cylinder, the cylinder are fixed on the upper surface of the second part by annular mounting base；
Upper cover, the upper cover are set on the cylinder；Bored plate, the upper cover is arranged in the front side of the upper surface of the upper cover
Upper surface rear side be arranged exhaust outlet；The left side of the upper surface of the upper cover is arranged the first main blanking port, the upper cover it is upper
The second main blanking port is arranged in the right side of end face；
Two knife gate valves, two knife gate valves are respectively arranged at the described first main blanking port and the second main blanking port；
The lower end of the mixed power back-blowing filter of height, the high mixed power back-blowing filter connects the exhaust outlet；
Four rotating handle pressing devices, the four rotating handle pressing device circumference array are set to the outer rim of the upper cover；
The upper end of air-powered lifting device, the air-powered lifting device is fixed on the right side of the upper cover by triangular mounting plate
Side, the middle part of the air-powered lifting device are installed on the right side of the lateral surface of the cylinder, the air-powered lifting dress by bracket
The lower end set is installed on the second part；
Upper cover cylinder hand-operated valve, the upper cover are set to the preceding right side of the upper cover with cylinder hand-operated valve；
Two first limit switches, two first limit switches are set to the edge of the upper cover, and are located at the gas
The two sides of dynamic lifting device；
4 second limit switches, every two second limit switch are set to a knife gate valve；
Agitating device, the rotary shaft of the agitating device run through the bottom plate and the second part of the cylinder；
Belt driver, the input sprocket of the belt driver and the output shaft are sequentially connected, the V belt translation dress
The output chain gear set is connect with the transmission of rotary axis；The belt driver is set in the hollow structure；
Device for discharging, the device for discharging are set to the rear side of the cylinder；
Above-mentioned a kind of flow at high speed mixing machine, wherein the cylinder includes: wall body and bottom plate；The wall body includes outer layer
Structure, media layer damage and endothecium structure；The layer structure and the media layer damage are cylindrical structure, the endothecium structure
Lateral surface top is cylindrical shape, and the lateral surface lower part of the endothecium structure concaves and forms a bottom surface；Meanwhile the internal layer knot
The slope of the part of the indent of structure gradually decreasees from top to bottom, and the bottom surface is located above the bottom plate；The layer structure and
The lower end of media layer damage is all connected on the bottom plate, the layer structure, the media layer damage and the endothecium structure it is upper
End is all connected to annular cover plate.
Above-mentioned a kind of flow at high speed mixing machine, wherein the device for discharging includes cylinder body, the first air cylinder device, discharge duct
Road and blow device；One end of the cylinder body is penetrated through to the cylinder, and first cylinder is arranged in the other end of the cylinder body
The telescopic shaft of device, first air cylinder device is through in the cylinder body, and the telescopic shaft connects cock body, the cock body
It is set in the cylinder；The lower end surface of the cylinder body is connected to the discharge pipelines；The blow device is set to the cylinder body
Upper surface.
Above-mentioned a kind of flow at high speed mixing machine, wherein the agitating device includes: upper blade, lower blade and the rotation
Axis；The upper blade is arranged in the top of the rotary shaft, and the lower blade is arranged in the lower part of the rotary shaft.
A kind of above-mentioned flow at high speed mixing machine, wherein the air-powered lifting device include: the second air cylinder device, lifting axis,
First set portion, second set of portion and gag lever post；The lower end articulated connection mounting base of second air cylinder device, the mounting base installation
In the second part, the mounting base is located at the right side of the cylinder；The telescopic shaft of second air cylinder device is fixedly connected
The lower end of the lifting axis；The lifting axis runs through the first set portion and second set of portion, and the first set portion is located at institute
State the lower section in second set of portion；The side in second set of portion is fixedly connected with the triangular mounting plate；Outside the first set portion
Side is slidably connected to the bracket；The outside in second set of portion is fixed on the top of the gag lever post by two fixing seats
Face.
Above-mentioned a kind of flow at high speed mixing machine, wherein include: Media Entrance and media outlets；The Media Entrance connection
Heating unit and cooling unit, the Media Entrance are set to the lateral surface of the annular mounting base, and the Media Entrance
It is through between the media layer damage and the endothecium structure；The media outlets are set to a left side for the lateral surface of the cylinder
Side, and the media outlets are through between the media layer damage and the endothecium structure.
Above-mentioned a kind of flow at high speed mixing machine, wherein include: that addition material mouth and guide plate, the addition material mouth are set to
The upper cover, the addition material mouth is located at the left side of the bored plate, and the addition material mouth is located at the described first main blanking port
Front side；The guide plate is set to the upper cover, and the guide plate is located at the right side of the bored plate, and the guide plate position
In the front side of the described second main blanking port, meanwhile, the lower end of the guide plate is through to the lower section of the upper cover, the guide plate
Upper installation temp probe.
Above-mentioned a kind of flow at high speed mixing machine, wherein include: control panel, the control panel controls the heating unit, institute
State cooling unit, first limit switch, second limit switch, the temp probe, the motor, first gas
Cylinder assembly and second air cylinder device.
Above-mentioned a kind of flow at high speed mixing machine, wherein the triangular mounting plate includes triangular panels and floor；It is described
The floor is set on the middle line of triangular panels；The bottom edge of the triangular panels is fixedly connected on the side in second set of portion
Face.
With above technical scheme, can reach it is following the utility model has the advantages that
1, the utility model enables temperature more accurately to be visited by temperature by being arranged temp probe on guide plate
Head detection.
2, the agitating device of the utility model setting can be by the intracorporal material of cylinder faster since lower blade and upper blade is arranged
Speed mix.
3, the three-decker of the wall body of the utility model makes the heat insulation effect of cylinder more preferable, and endothecium structure and middle layer
Media are placed between structure.
Detailed description of the invention
Fig. 1 is a kind of bottom view of the pedestal of flow at high speed mixing machine of the utility model；
Fig. 2 is a kind of top view of flow at high speed mixing machine of the utility model；
Fig. 3 is a kind of main view of flow at high speed mixing machine of the utility model；
Fig. 4 is the enlarged drawing of the A of Fig. 3；
Fig. 5 is a kind of cylinder of flow at high speed mixing machine of the utility model and the side view of device for discharging.
Fig. 6 is a kind of half-sectional perspective view of flow at high speed mixing machine of the utility model.
In attached drawing: 1, pedestal；11, first part；12, second part；121, the second cuboid；122, semicylinder；14,
Device for discharging；141, cylinder body；142, the first air cylinder device；1421, telescopic shaft；1422, cock body；143, discharge pipelines；144, it blows
Sweeping device；15, temp probe；16, material mouth is added；17, guide plate；2, electric machine；3, cylinder；31, annular mounting base；32,
Wall body；321, layer structure；322, media layer damage；323, endothecium structure；324, annular cover plate；33, bottom plate；4, upper cover；4 ', side
The upper cover of supination；41, bored plate；42, exhaust outlet；43, the first main blanking port；44, the second main blanking port；45, knife gate valve；46, on
Lid cylinder hand-operated valve；47, the first limit switch；48, the second limit switch；5, high mixed power back-blowing filter；6, rotating handle compresses
Device；7, air-powered lifting device；71, the second air cylinder device；711, mounting base；72, it is lifted axis；73, first set portion；731, it props up
Frame；74, second set of portion；75, gag lever post；751, fixing seat；76, triangular mounting plate；761, triangular panels；762, floor；
8, agitating device；81, upper blade；82, lower blade；83, rotary shaft；91, Media Entrance；92, media outlets.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments, but not as the utility model
It limits.
Fig. 1 is a kind of bottom view of the pedestal of flow at high speed mixing machine of the utility model；Fig. 2 is the one of the utility model
The top view of kind flow at high speed mixing machine；Fig. 3 is a kind of main view of flow at high speed mixing machine of the utility model；Fig. 4 is Fig. 3
A enlarged drawing；Fig. 5 is a kind of cylinder of flow at high speed mixing machine of the utility model and the side view of device for discharging.Fig. 6 is
A kind of half-sectional perspective view of the flow at high speed mixing machine of the utility model.
The position of upper cover 4 ' in Fig. 2 is the position after 4 sidespin of upper cover is opened.Temp probe 15 in Fig. 5 is in cylinder 3
It is interior.
Referring to Figure 1 to shown in Fig. 6, in a kind of preferred embodiment, a kind of flow at high speed mixing machine, feature exists
In, comprising:
Pedestal 1, pedestal 1 are hollow structure；Pedestal 1 includes first part 11 and second part 12；First part 11 is the
One cuboid, second part 12 include the second cuboid 121 and semicylinder 122；The right side of semicylinder 122 and the second square
The left side of body 121 is connected；The left side of first part 11 is connect with the right side of second part 12；Second part 12
Height is greater than the height of first part 11.
Electric machine 2, electric machine 2 are fixed on the upper surface of first part 11；The lower end of the output shaft of electric machine 2 is passed through
It wears to first part 11.
Cylinder 3, cylinder 3 pass through the upper surface that annular mounting base 31 is fixed on second part 12.
Upper cover 4, upper cover 4 are set on cylinder 3；Bored plate 41, the upper surface of upper cover 4 is arranged in the front side of the upper surface of upper cover 4
Rear side be arranged exhaust outlet 42；The first main blanking port 43, the right side of the upper surface of upper cover 4 is arranged in the left side of the upper surface of upper cover 4
Second main blanking port 44 is set.
Two knife gate valves 45, two knife gate valves 45 are respectively arranged at the first main blanking port 43 and the second main blanking port 44.
The lower end of the mixed power back-blowing filter 5 of height, the mixed power back-blowing filter 5 of height connects exhaust outlet 42.
Four rotating handle pressing devices 6, four 6 circumference array of rotating handle pressing device are set to the outer rim of upper cover 4.
Air-powered lifting device 7, the upper end of air-powered lifting device 7 are fixed on the right side of upper cover 4 by triangular mounting plate 76,
The middle part of air-powered lifting device 7 is installed on the right side of the lateral surface of cylinder 3, the lower end peace of air-powered lifting device 7 by bracket 731
Loaded on second part 12.
Upper cover cylinder hand-operated valve 46, upper cover cylinder hand-operated valve 46 are set to the preceding right side of upper cover 4.
Two the first limit switches 47, two the first limit switches 47 are set to the edge of upper cover 4, and are located at pneumatic lift
Rise the two sides of device 7.
Four the second limit switches 48, the second limit switch of every two 48 are set to a knife gate valve 45.
Agitating device 8, the rotary shaft 83 of agitating device 8 run through the bottom plate 33 and second part 12 of cylinder 3.
Input sprocket (not shown) and the output shaft transmission of belt driver (not shown), belt driver connect
It connects, the output chain gear (not shown) and rotary shaft 83 of belt driver are sequentially connected；Belt driver is set to hollow knot
In structure.
Device for discharging 14, device for discharging 14 are set to the rear side of cylinder 3.
The above is only the utility model preferred embodiments, are not intended to limit the embodiments of the present invention and protection
Range.
Further, in a kind of preferred embodiment, cylinder 3 includes wall body 32 and bottom plate 33；Wall body 32 includes layer structure
321, media layer damage 322 and endothecium structure 323；Layer structure 321 and media layer damage 322 are cylindrical structure, endothecium structure 323
Lateral surface top be cylindrical shape, the lateral surface lower part of endothecium structure 323 concaves and forms a bottom surface；Meanwhile endothecium structure
The slope of the part of 323 indent gradually decreasees from top to bottom, and bottom surface is located at the top of bottom plate 33；Layer structure 321 and middle layer
The lower end of structure 322 is all connected on bottom plate 33, and the upper end of layer structure 321, media layer damage 322 and endothecium structure 323 connects
It is connected to annular cover plate 324.Thermal insulation material can be used in layer structure 321, so that the thermal insulation property of cylinder 3 further increases.
Further, in a kind of preferred embodiment, device for discharging 14 includes cylinder body 141, the first air cylinder device 142, discharging
Pipeline 143 and blow device 144；One end of cylinder body 141 is penetrated through to cylinder 3, and the other end of cylinder body 141 is arranged the first cylinder and fills
142 are set, the telescopic shaft 1421 of the first air cylinder device 142 is through in cylinder body 141, and telescopic shaft 1421 connects cock body 1422,
Cock body 1422 is set in cylinder body 141；The lower end surface of cylinder body 141 is connected to discharge pipe 143；Blow device 144 is set to cylinder body
141 upper surface.
Further, in a kind of preferred embodiment, agitating device 8 includes upper blade 81, lower blade 82 and rotary shaft 83；Rotation
Upper blade 81 is arranged in the top of shaft 83, and lower blade 82 is arranged in the lower part of rotary shaft 83.Lower blade 82 can suspend material, upper paddle
Leaf 81 can be handled the material of suspension, be such as granulated and quickly mixed.
Further, in a kind of preferred embodiment, air-powered lifting device 7 includes the second air cylinder device 71, lifting axis 72, the
A set of 73, second sets of portions 74 and gag lever post 75；The lower end articulated connection mounting base 711 of second air cylinder device 71, mounting base 711
It is installed on second part 12, mounting base 711 is located at the right side of cylinder 3；The telescopic shaft of second air cylinder device 71 is fixedly connected with lifting
The lower end of axis 72；It is lifted axis 72 and runs through first set portion 73 and second set of portion 74, first set portion 73 is located at the lower section in second set of portion 74；
The side in second set of portion 74 is fixedly connected with triangular mounting plate 76；The lateral surface in first set portion 73 is slidably connected to bracket 731；Limit
The lateral surface in second set of portion 74 is fixed on the top of position bar 75 by two fixing seats 751.
Further, in a kind of preferred embodiment, comprising: Media Entrance 91 and media outlets 92；Media Entrance 91 connects
Heating unit (not shown) and cooling unit (not shown), Media Entrance 91 are set to the outside of annular mounting base 31
Face, and Media Entrance 91 is through between media layer damage 322 and endothecium structure 323；Media outlets 92 are set to the outer of cylinder 3
The left side of side, and media outlets 92 are through between media layer damage 322 and endothecium structure 323.
Further, in a kind of preferred embodiment, comprising: addition material mouth 16 and guide plate 17, addition material mouth 16 are set to
Upper cover 4, addition material mouth 16 is located at the left side of bored plate 41, and adds the front side that material mouth 16 is located at the first main blanking port 43；Guiding
Plate 17 is set to upper cover 4, before guide plate 17 is located at the right side of bored plate 41, and guide plate 17 is located at the second main blanking port 44
Side, meanwhile, the lower end of guide plate 17 is through to the lower section of upper cover 4, and guide plate 17 installs temp probe 15.
Further, in a kind of preferred embodiment, comprising: control panel (not shown), control panel are button-type or touching
Type is touched, control panel controls heating unit, cooling unit, the first limit switch 47, the second limit switch 48, temp probe 15, electricity
Machine device 2, the first air cylinder device 142 and the second air cylinder device 71.By control panel realize to the control of the temperature of cylinder and from
Dynamic discharging automatically opens upper cover and automatic stirring.
Further, in a kind of preferred embodiment, triangular mounting plate 76 includes triangular panels 761 and floor 762；Three
Floor 762 is set on the middle line of angular panel 761；The bottom edge of triangular panels 761 is fixedly connected on the side in second set of portion 74.
The utility model in addition to the implementation, also has following application method:
The first main blanking port 43 and the second main blanking port 44 are opened (or opening upper cover 4) by knife gate valve 45 first, thus
So that main material enters cylinder 3；By adding its clout in addition 16 pairs of cylinders 3 of material mouth.
Secondly, electric machine 2 drives agitating device 8 to rotate by belt driver, so that carrying out into the material in cylinder 3
Mixed at high speed；Simultaneously by the way that 15 pairs of temp probe internal monitoring temperatures of guide plate 17 are arranged in, pass through 91 pairs of Media Entrance cylinder
Temperature in body 3 is adjusted.Specifically, media are provided by cooling unit after when cooling is needed, when needing to heat, by
Heating unit provides media；It, can be by matchmaker when media are excessive between structure 322 and endothecium structure 232 in middle level or need to be discharged
Body outlet 92 is discharged.At this point, gas extra in cylinder 3 can be vented from the exhaust outlet 42 of upper cover 4, exhaust outlet 42 connects height
Mixed power back-blowing filter 5.
Finally, carrying out discharging by device for discharging 14 after completing mixing in cylinder 3.Specifically, the first air cylinder device 142
Cock body 1422 is opened, so that the material of mixing completion is by cylinder 3 to cylinder body 141. again via cylinder body 141 to discharge pipelines 143
Carry out discharging.
The above is only the utility model preferred embodiments, are not intended to limit the embodiments of the present invention and protection
Range should can appreciate that all with the utility model specification and diagramatic content institute to those skilled in the art
The equivalent replacement made and obviously change obtained scheme, the protection scope of the utility model should all be included in
It is interior.
Claims (9)
1. a kind of flow at high speed mixing machine characterized by comprising
Pedestal, the pedestal are hollow structure；The pedestal includes first part and second part；The left end of the first part
Face is connect with the right side of the second part, and the height of the second part is greater than the height of the first part；
Electric machine, the electric machine are fixed on the upper surface of the first part；Under the output shaft of the electric machine
End is through in the first part；
Cylinder, the cylinder are fixed on the upper surface of the second part by annular mounting base；
Upper cover, the upper cover are set on the cylinder；The front side of the upper surface of the upper cover is arranged bored plate, the upper cover it is upper
Exhaust outlet is arranged in the rear side of end face, and the first main blanking port, the upper surface of the upper cover is arranged in the left side of the upper surface of the upper cover
Right side be arranged the second main blanking port；
Two knife gate valves, two knife gate valves are respectively arranged at the described first main blanking port and the second main blanking port；
The lower end of the mixed power back-blowing filter of height, the high mixed power back-blowing filter connects the exhaust outlet；
Four rotating handle pressing devices, the four rotating handle pressing device circumference array are set to the outer rim of the upper cover；
The upper end of air-powered lifting device, the air-powered lifting device is fixed on the right side of the upper cover by triangular mounting plate,
The middle part of the air-powered lifting device is installed on the right side of the lateral surface of the cylinder by bracket, the air-powered lifting device
Lower end is installed on the second part；
Upper cover cylinder hand-operated valve, the upper cover are set to the preceding right side of the upper cover with cylinder hand-operated valve；
Two first limit switches, two first limit switches are set to the edge of the upper cover, and are located at the pneumatic act
Rise the two sides of device；
4 second limit switches, every two second limit switch are set to a knife gate valve；
Agitating device, the rotary shaft of the agitating device run through the bottom plate and the second part of the cylinder；
Belt driver, the input sprocket of the belt driver and the output shaft are sequentially connected, the belt driver
Output chain gear is connect with the transmission of rotary axis；The belt driver is set in the hollow structure；
Device for discharging, the device for discharging are set to the rear side of the cylinder.
2. a kind of flow at high speed mixing machine according to claim 1, which is characterized in that the cylinder includes: wall body and bottom plate；
The wall body includes layer structure, media layer damage and endothecium structure；The layer structure and the media layer damage are cylinder knot
The lateral surface top of structure, the endothecium structure is cylindrical shape, and the lateral surface lower part of the endothecium structure concaves and forms a bottom
Face；Meanwhile the slope of the part of the indent of the endothecium structure gradually decreasees from top to bottom, the bottom surface is located on the bottom plate
Side；The lower end of the layer structure and media layer damage is all connected on the bottom plate, the layer structure, the media layer damage and
The upper end of the endothecium structure is all connected to annular cover plate.
3. a kind of flow at high speed mixing machine according to claim 2, which is characterized in that the device for discharging includes: cylinder body,
One air cylinder device, discharge pipelines and blow device；One end of the cylinder body is penetrated through to the cylinder, the other end of the cylinder body
First air cylinder device is set, and the telescopic shaft of first air cylinder device is through in the cylinder body, and the telescopic shaft
Cock body is connected, the cock body is set in the cylinder；The lower end surface of the cylinder body is connected to the discharge pipelines；The purging dress
Install the upper surface for being placed in the cylinder body.
4. a kind of flow at high speed mixing machine according to claim 3, which is characterized in that the agitating device include: upper blade,
Lower blade and the rotary shaft；The upper blade is arranged in the top of the rotary shaft, under the lower part setting of the rotary shaft is described
Blade.
5. a kind of flow at high speed mixing machine according to claim 4, which is characterized in that the air-powered lifting device includes:
Two air cylinder devices, lifting axis, first set portion, second set of portion and gag lever post；The lower end of second air cylinder device, which is articulated and connected, pacifies
Seat is filled, the mounting base is installed on the second part, and the mounting base is located at the right side of the cylinder；The second cylinder dress
The telescopic shaft set is fixedly connected with the lower end of the lifting axis；The lifting axis runs through the first set portion and second set of portion,
The first set portion is located at the lower section in second set of portion；The side in second set of portion is fixedly connected with the triangle installation
Plate；The lateral surface in the first set portion is slidably connected to the bracket；The top of the gag lever post is fixed on by two fixing seats
The lateral surface in second set of portion.
6. a kind of flow at high speed mixing machine according to claim 5 characterized by comprising Media Entrance and media outlets；
The Media Entrance connection heating unit and cooling unit, the Media Entrance are set to the lateral surface of the annular mounting base,
And the Media Entrance is through between the media layer damage and the endothecium structure；The media outlets are set to the cylinder
The left side of the lateral surface of body, and the media outlets are through between the media layer damage and the endothecium structure.
7. a kind of flow at high speed mixing machine according to claim 6 characterized by comprising control panel, the control panel control
Make the heating unit, the cooling unit, first limit switch, second limit switch, the temp probe, institute
State electric machine, first air cylinder device and second air cylinder device.
8. a kind of flow at high speed mixing machine according to claim 5, which is characterized in that the triangular mounting plate includes triangle
Shape panel and floor；The floor is set on the middle line of the triangular panels；The bottom edge of the triangular panels is fixedly connected
In the side in second set of portion.
9. a kind of flow at high speed mixing machine according to claim 7 characterized by comprising addition material mouth and guide plate, institute
It states addition material mouth and is set to the upper cover, the addition material mouth is located at the left side of the bored plate, and the addition material mouth is located at
The front side of the first main blanking port；The guide plate is set to the upper cover, and the guide plate is located at the right side of the bored plate,
And the guide plate is located at the front side of the described second main blanking port, meanwhile, the lower end of the guide plate is through to the upper cover
Lower section, temp probe is installed on the guide plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820444799.7U CN208591802U (en) | 2018-03-30 | 2018-03-30 | A kind of flow at high speed mixing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820444799.7U CN208591802U (en) | 2018-03-30 | 2018-03-30 | A kind of flow at high speed mixing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208591802U true CN208591802U (en) | 2019-03-12 |
Family
ID=65599882
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820444799.7U Active CN208591802U (en) | 2018-03-30 | 2018-03-30 | A kind of flow at high speed mixing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208591802U (en) |
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2018
- 2018-03-30 CN CN201820444799.7U patent/CN208591802U/en active Active
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