CN110354729A - A kind of cement liquid and powder mixing stirring device - Google Patents
A kind of cement liquid and powder mixing stirring device Download PDFInfo
- Publication number
- CN110354729A CN110354729A CN201910670226.5A CN201910670226A CN110354729A CN 110354729 A CN110354729 A CN 110354729A CN 201910670226 A CN201910670226 A CN 201910670226A CN 110354729 A CN110354729 A CN 110354729A
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- China
- Prior art keywords
- gear set
- engagement type
- gear
- height distance
- reverse thread
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F29/00—Mixers with rotating receptacles
- B01F29/40—Parts or components, e.g. receptacles, feeding or discharging means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F29/00—Mixers with rotating receptacles
- B01F29/60—Mixers with rotating receptacles rotating about a horizontal or inclined axis, e.g. drum mixers
- B01F29/64—Mixers with rotating receptacles rotating about a horizontal or inclined axis, e.g. drum mixers with stirring devices moving in relation to the receptacle, e.g. rotating
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/30—Driving arrangements; Transmissions; Couplings; Brakes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/30—Driving arrangements; Transmissions; Couplings; Brakes
- B01F35/32—Driving arrangements
- B01F35/32005—Type of drive
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F2101/00—Mixing characterised by the nature of the mixed materials or by the application field
- B01F2101/28—Mixing cement, mortar, clay, plaster or concrete ingredients
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The invention discloses a kind of cement liquid and powder mixing stirring device, including top mounting bracket and tubbiness to stir shell.The present invention utilizes a driving motor, tubbiness stirring shell is enabled to be capable of the rotation of monoblock type, it is being rotated, due to being internally provided with helical blade structure, internal liquid and finished ground cement can tentatively be mixed, simultaneously because the difference of direction of rotation, its internal principal screw blade can be realized rotation, cause to reversely rotate and forms reverse flow, to spin up efficiency and improve cost, and, there is the device the engagement type rotation status of gear set to break up mechanism, utilize Principles of Gear Connection, rotation status can be broken up, realize dual-use, furthermore, the device has the engagement type spin intensity changing mechanism of gear set, utilize the different engagement of gear radius, to change spin intensity, in addition, the device has the rotary height distance regulating mechanism of reverse thread structure, to be changed to its function.
Description
Technical field
The present invention relates to technical field of cement production, specially a kind of cement liquid and powder mixing stirring device.
Background technique
Currently, in manufacture of cement production and field of employment, it is unavoidable to use mixing arrangement, and existing mixing arrangement
When being mixed, the setting of utilization rate and internal part for driving device component is compact, and energy conversion is caused to utilize
Rate is low, so that mixing efficiency and quality are also poor.
Summary of the invention
The purpose of the present invention is to provide a kind of cement liquid and powder mixing stirring device, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the invention provides the following technical scheme: a kind of cement liquid and powder are stirred dress
It sets, including top mounting bracket and tubbiness stir shell, the one driving electricity of vertical plate position installation of top mounting bracket side
Machine installs shell, and a driving motor is installed in the inside of the driving motor installation shell, and the side of the top mounting bracket is set
It is equipped with master unit installation space, the inside of the master unit installation space installs the engagement type rotation status of a gear set and breaks up machine
Structure, the top mounting bracket are equipped with main rotating shaft and secondary rotary shaft, the secondary rotation by base bearing in being located at the side
One end of axis is provided with secondary component installation space, and it is strong that the engagement type rotation of a gear set is installed in the inside of the pair component installation space
Spend changing mechanism, the one rotation drive shaft of end center installation of the engagement type spin intensity changing mechanism of gear set, the rotation
Turn that two rotating wheels are installed on the axis body of drive shaft, one end of the rotation drive shaft is mounted on top mounting bracket by base bearing
One end of the inside of side, the tubbiness stirring shell is provided with conical shell structure, and the end of the conical shell structure is set
It is equipped with the raw material through-hole pipeline with its integral structure, the outside of the raw material through-hole pipeline is mounted on top peace by base bearing
It fills inside bracket side, a hand-operated valve is installed in the inside of the raw material through-hole pipeline, and the tubbiness stirs shell, conical shell knot
Structure and raw material through-hole pipeline center are that hollow structure forms raw material stirring space, and the inner wall of the tubbiness stirring shell is provided with spiral shell
Vane chip architecture, the tubbiness stir and are equipped with two annular protrusion structures, the center of the annular protrusion structure on the outside of shell
Be provided with the circular groove structure of clamping rotating wheel, the axis body of the main rotating shaft through tubbiness stirring shell one end center and
The two is being connected through position by base bearing, and a principal screw blade, the top are installed on the axis body of the main rotating shaft
The both ends of mounting bracket bottom are respectively mounted a hinges, and the bottom of two hinges is separately installed with main support rod and anti-
To the rotary height distance regulating mechanism of helicitic texture, the main support rod and the rotary height distance of reverse thread structure are adjusted
The bottom end of mechanism is mounted on the upper surface of a bottom supporting substrate.
Further, the engagement type rotation status differentiation mechanism of the gear set includes the engagement type rotation status differentiation of gear set
The engagement type rotation status differentiation mechanism gear installation space of mechanism shell, gear set, the engagement type rotation status of gear set point
Change the engagement type rotation status of the first rotary shaft of mechanism, gear set and breaks up the second rotary shaft of mechanism, the engagement type rotation of gear set
State breaks up the engagement type rotation status of mechanism bearing, gear set and breaks up mechanism master gear, the engagement type rotation status of gear set
It is engagement type contorted with third rotary shaft and gear set to break up the engagement type rotation status differentiation mechanism of mechanism pinion, gear set
State breaks up mechanism third rotary shaft；The engagement type rotation status differentiation mechanism shell of gear set is provided centrally with gear
The engagement type rotation status of group breaks up mechanism gear installation space.The engagement type rotation status of gear set breaks up mechanism shell
Side center breaks up mechanism bearing by the engagement type rotation status of gear set and installs the engagement type rotation status differentiation of a gear set
The first rotary shaft of mechanism, the engagement type rotation status differentiation mechanism of gear set install two gear sets with shell side respectively and nibble
Box-like rotation status breaks up the second rotary shaft of mechanism, and the engagement type rotation status of gear set breaks up the first rotary shaft of mechanism
End is equipped with the engagement type rotation status differentiation mechanism master gear of gear set, the two engagement type rotation status differentiation of gear set
Mechanism is separately installed with the engagement type rotation status of gear set with the second rotary shaft end and breaks up mechanism pinion, the gear set
Engagement type rotation status differentiation mechanism master gear and the engagement type rotation status differentiation mechanism of gear set are distinguished with pinion end
Break up mechanism third rotary shaft by the engagement type rotation status of gear set and the engagement type rotation status of gear set breaks up mechanism and uses
Third rotary shaft is mounted on the lateral inner of the engagement type rotation status differentiation mechanism shell of gear set.
Further, the gear set engagement type rotation status differentiation mechanism is mounted on master unit installation space with shell
It is internal.
Further, the engagement type rotation status differentiation mechanism third rotary shaft of the gear set and the engagement type rotation of gear set
Turn state differentiation mechanism and is fixedly connected respectively with the end of main rotating shaft and secondary rotary shaft with third rotary shaft end.
Further, the engagement type spin intensity changing mechanism of the gear set includes that the engagement type spin intensity of gear set changes
The engagement type spin intensity changing mechanism hollow structure of mechanism hollow casing, gear set, the engagement type spin intensity of gear set change
Become the first rotary shaft of mechanism, the engagement type spin intensity changing mechanism bearing of gear set, the engagement type spin intensity of gear set to change
Become the second rotary shaft of mechanism, the engagement type spin intensity changing mechanism third rotary shaft of gear set, the engagement type rotation of gear set
The engagement type spin intensity changing mechanism second gear of intensity changing mechanism first gear, gear set, the engagement type rotation of gear set
Turn intensity changing mechanism third gears and gears group the 4th gear of engagement type spin intensity changing mechanism；The gear set is nibbled
Box-like spin intensity changing mechanism hollow casing is internally provided with the engagement type spin intensity changing mechanism of gear set with hollow
Structure, the engagement type spin intensity changing mechanism of gear set are strong by the engagement type rotation of gear set with hollow casing bottom centre
It spends changing mechanism and the first rotary shaft of the engagement type spin intensity changing mechanism of one gear set, the gear set engagement is installed with bearing
Formula spin intensity changing mechanism hollow casing top center is pacified by the engagement type spin intensity changing mechanism bearing of gear set
Fill the engagement type spin intensity changing mechanism third rotary shaft of a gear set, the engagement type spin intensity changing mechanism of gear set
The engagement type rotation of one gear set is installed by the engagement type spin intensity changing mechanism bearing of gear set with the side of hollow casing
The second rotary shaft of intensity changing mechanism, on axis body of the engagement type spin intensity changing mechanism of gear set with the second rotary shaft
The engagement type spin intensity changing mechanism second gear of gear set is installed and the engagement type spin intensity changing mechanism of gear set is used
Third gear, the engagement type spin intensity changing mechanism of gear set the first rotary shaft top and the engagement type rotation of the gear set
Turn intensity changing mechanism and is separately installed with the engagement type spin intensity changing mechanism of gear set with first with the bottom end of third rotary shaft
Gears and gears group the 4th gear of engagement type spin intensity changing mechanism, and the engagement type spin intensity of the gear set changes machine
Structure is meshed with first gear with the engagement type spin intensity changing mechanism of gear set with the tooth structure between second gear, described
Gear set engagement type spin intensity changing mechanism third gears and gears group the 4th tooth of engagement type spin intensity changing mechanism
Tooth structure between wheel is meshed.
Further, the engagement type spin intensity changing mechanism of the gear set is small with the structure radius of first gear reference circle
In the structure radius of the engagement type spin intensity changing mechanism second gear reference circle of the gear set, the gear set is engagement type
The structure radius of spin intensity changing mechanism second gear reference circle is greater than the engagement type spin intensity of the gear set and changes machine
The structure radius of structure third gear compound graduation circle, the engagement type spin intensity changing mechanism of gear set are less than institute with third gear
State the engagement type spin intensity changing mechanism of the gear set structure radius of the 4th gear compound graduation circle.
Further, the gear set the first rotary shaft end of engagement type spin intensity changing mechanism and gear set engagement
Formula spin intensity changing mechanism is fixedly connected with the end of secondary rotary shaft and rotation drive shaft respectively with third rotary shaft end.
Further, the rotary height distance regulating mechanism of the reverse thread structure includes that reverse thread structure is rotary
It is the rotary height distance regulating mechanism screw thread section of height distance regulating mechanism screw shell, reverse thread structure, reversed
The rotary height distance regulating mechanism of the rotary height distance regulating mechanism helicitic texture of helicitic texture, reverse thread structure is used
The rotary height distance regulating mechanism screw top bar of bottom thread bar, reverse thread structure, reverse thread structure are rotary
The rotary height distance regulating mechanism gag lever post of height distance regulating mechanism limit hole, reverse thread structure, reverse thread
The first connecting plate of the rotary height distance regulating mechanism of structure, the rotary height distance regulating mechanism of reverse thread structure are with
Two connecting plates, reverse thread structure the first bolt hole of rotary height distance regulating mechanism and reverse thread structure are rotatably high
Spend the second bolt hole of distance adjusting mechanism；In the rotary height distance regulating mechanism screw shell of reverse thread structure
The reversed spiral shell for being provided centrally with the connection rotary height distance regulating mechanism screw shell both ends of the surface of reverse thread structure in portion
The rotary height distance regulating mechanism screw thread section of line structure, the rotary height distance regulating mechanism of reverse thread structure
It is being provided with positioned at the rotary height distance regulating mechanism of the reverse thread structure with the inner wall in screw thread section with screw shell
The rotary height distance regulating mechanism helicitic texture of reverse thread structure, the rotary height distance tune of reverse thread structure
It saves mechanism and passes through the rotary height distance regulating mechanism screw thread of reverse thread structure respectively with the bottom and top in screw thread section
Structure is connected with the rotary height distance regulating mechanism bottom thread bar of reverse thread structure and reverse thread structure is rotary
Height distance regulating mechanism screw top bar, the rotary height distance regulating mechanism bottom thread of reverse thread structure
Bar and the rotary height distance regulating mechanism of reverse thread structure are provided with reversed spiral shell with screw top bar inside opposite end
The rotary height distance regulating mechanism limit hole of line structure, the two rotary height distance regulating mechanisms of reverse thread structure
The rotary height distance regulating mechanism gag lever post of a reverse thread structure, the reverse thread knot are inserted into the inside of limit hole
Structure rotary height distance regulating mechanism bottom thread bar and the rotary height distance regulating mechanism top of reverse thread structure
The other both ends of portion's threaded rod be separately installed with reverse thread structure the first connecting plate of rotary height distance regulating mechanism and
Reverse thread structure the second connecting plate of rotary height distance regulating mechanism, the rotary height distance of reverse thread structure
The first connecting plate of regulating mechanism and the rotary height distance regulating mechanism of reverse thread structure are set with the inside of the second connecting plate
Be equipped with the rotary height of reverse thread structure the first bolt hole of rotary height distance regulating mechanism and reverse thread structure away from
From the second bolt hole of regulating mechanism.
Further, the rotary height distance regulating mechanism of the reverse thread structure includes being arranged anti-with helicitic texture
To the internal thread structure of helicitic texture rotary height distance regulating mechanism screw shell inner wall and setting in reverse thread knot
Structure rotary height distance regulating mechanism bottom thread bar and the rotary height distance regulating mechanism top of reverse thread structure
External thread structure on portion's screw thread club shaft, and it is located at reverse thread structure rotary height distance regulating mechanism bottom
The screw thread of threaded rod and rotary helicitic texture of the height distance regulating mechanism on screw top club shaft of reverse thread structure
It is contrary.
Further, outside structure of the rotary height distance regulating mechanism of the reverse thread structure with limit hole cross section
Shape is triangular structure with the construction profile of gag lever post cross section with the rotary height distance regulating mechanism of reverse thread structure,
The rotary height of reverse thread structure first bolt hole of rotary height distance regulating mechanism and reverse thread structure away from
The upper of hinges bottom and bottom supporting substrate is separately mounted to by bolt with the end of the second bolt hole from regulating mechanism
Surface.
Compared with prior art, the beneficial effects of the present invention are: the present invention utilizes a driving motor, tubbiness is enabled to
Stirring shell is capable of the rotation of monoblock type, is being rotated, can be to internal liquid due to being internally provided with helical blade structure
Body and finished ground cement are tentatively mixed, simultaneously because the difference of direction of rotation, internal principal screw blade can be realized rotation
Turn, reverse rotation is caused to form reverse flow, to spin up efficiency and improve cost, moreover, the device has gear set
Engagement type rotation status differentiation mechanism can be broken up rotation status using Principles of Gear Connection, realize dual-use, in addition,
The device has the engagement type spin intensity changing mechanism of gear set, using the different engagement of gear radius, so that it is strong to change rotation
Degree can change height when rotated in addition, the device has the rotary height distance regulating mechanism of reverse thread structure, from
And its function is changed.
Detailed description of the invention
Fig. 1 is a kind of complete section structural schematic diagram of cement liquid and powder mixing stirring device of the present invention；
Fig. 2 is that a kind of cement liquid of the present invention and the engagement type rotation status of powder mixing stirring device middle gear group break up
The structural schematic diagram of mechanism；
Fig. 3 is that a kind of cement liquid of the present invention and the engagement type spin intensity of powder mixing stirring device middle gear group change
The structural schematic diagram of mechanism；
Fig. 4 be in a kind of cement liquid of the present invention and powder mixing stirring device the rotary height of reverse thread structure away from
Structural schematic diagram from regulating mechanism；
In figure: 1, top mounting bracket, 2, driving motor installation shell, 3, driving motor, 4, master unit installation space, 5,
Gear set engagement type rotation status differentiation mechanism, 51, the engagement type rotation status differentiation mechanism shell of gear set, 52, gear set
Engagement type rotation status differentiation mechanism gear installation space, 53, the first rotation of the engagement type rotation status differentiation mechanism of gear set
Shaft, 54, engagement type rotation status differentiation the second rotary shaft of mechanism of gear set, 55, the engagement type rotation status differentiation of gear set
Mechanism bearing, 56, the engagement type rotation status differentiation mechanism master gear of gear set, 57, the engagement type rotation status of gear set point
Change mechanism pinion, 58, the engagement type rotation status differentiation mechanism third rotary shaft of gear set, 59, the engagement type rotation of gear set
Turn state differentiation mechanism third rotary shaft, 6, main rotating shaft, 7, secondary rotary shaft, 8 rotate drive shaft, 9, and gear set is engagement type
Spin intensity changing mechanism, 91, the engagement type spin intensity changing mechanism hollow casing of gear set, 92, the engagement type rotation of gear set
Turn intensity changing mechanism hollow structure, 93, gear set the first rotary shaft of engagement type spin intensity changing mechanism, 94, gear
The engagement type spin intensity changing mechanism bearing of group, 95, gear set the second rotary shaft of engagement type spin intensity changing mechanism,
97, the engagement type spin intensity changing mechanism third rotary shaft of gear set, 98, the engagement type spin intensity changing mechanism of gear set is used
First gear, 99, the engagement type spin intensity changing mechanism second gear of gear set, 910, the engagement type spin intensity of gear set changes
Change mechanism third gear, 911, gear set engagement type spin intensity changing mechanism the 4th gear, 10, base bearing, 11, rotation
Wheel, 12, tubbiness stir shell, 13, annular protrusion structure, 14, circular groove structure, 15, raw material through-hole pipeline, 16, principal screw
Blade, 17, helical blade structure, 18, raw material stirring space, 19, hand-operated valve, 20, hinges, 21, main support rod, 22, bottom
Portion's supporting substrate, 23, the rotary height distance regulating mechanism of reverse thread structure, 231, the rotary height of reverse thread structure away from
From regulating mechanism screw shell, 232, the rotary height distance regulating mechanism screw thread section of reverse thread structure, 233, instead
To the rotary height distance regulating mechanism helicitic texture of helicitic texture, 234, the rotary height distance of reverse thread structure is adjusted
Mechanism bottom thread bar, 235, the rotary height distance regulating mechanism screw top bar of reverse thread structure, 236, reversely
The rotary height distance regulating mechanism limit hole of helicitic texture, 237, the rotary height distance regulating mechanism of reverse thread structure
With gag lever post, 238, reverse thread structure the first connecting plate of rotary height distance regulating mechanism, 239, reverse thread structure
The second connecting plate of rotary height distance regulating mechanism, 2310, the rotary height distance regulating mechanism of reverse thread structure is used
First bolt hole, 2311, reverse thread structure rotary height distance regulating mechanism the second bolt hole, 24, conical shell knot
Structure.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: stirring shell 12, institute including top mounting bracket 1 and tubbiness
Driving motor installation shell 2 is installed at the vertical plate position for stating top 1 side of mounting bracket, the driving motor installation shell 2
One driving motor 3 of inside installation, the side of the top mounting bracket 1 are provided with master unit installation space 4, the master unit peace
The inside for filling space 4 installs the engagement type rotation status of a gear set and breaks up mechanism 5, and the top mounting bracket 1 is being located at the side
In main rotating shaft 6 and secondary rotary shaft 7 be equipped with by base bearing 10, one end of the pair rotary shaft 7 is provided with secondary component installation
The engagement type spin intensity changing mechanism 9 of a gear set is installed in the inside in space, the pair component installation space, and the gear set is nibbled
The end center installation one of box-like spin intensity changing mechanism 9 rotates drive shaft 8, installs on the axis body of the rotation drive shaft 8
One end of two rotating wheels 11, the rotation drive shaft 8 is mounted on the inside of top 1 side of mounting bracket, institute by base bearing 10
The one end for stating tubbiness stirring shell 12 is provided with conical shell structure 24, and the end of the conical shell structure 24 is provided with and it
The outside of the raw material through-hole pipeline 15 of integral structure, the raw material through-hole pipeline 15 is mounted on top installation by base bearing 10
Inside 1 side of bracket, a hand-operated valve 19 is installed in the inside of the raw material through-hole pipeline 15, and the tubbiness stirs shell 12, taper
Shell mechanism 24 and 15 center of raw material through-hole pipeline are that hollow structure forms raw material stirring space 18, and the tubbiness stirs shell 12
Inner wall be provided with helical blade structure 17, the outside of the tubbiness stirring shell 12 is equipped with two annular protrusion structures 13, institute
State the circular groove structure 14 for being provided centrally with clamping rotating wheel 11 of annular protrusion structure 13, the axis body of the main rotating shaft 6
12 one end center of shell is stirred through tubbiness and the two is being connected through position by base bearing 10, and the main rotating shaft 6
One principal screw blade 16 is installed, the both ends of 1 bottom of top mounting bracket are respectively mounted a hinges 20, described in two on axis body
The bottom of hinges 20 is separately installed with main support rod 21 and the rotary height distance regulating mechanism 23 of reverse thread structure, institute
The bottom end for stating main support rod 21 and the rotary height distance regulating mechanism 23 of reverse thread structure is mounted on a bottom supporting substrate
22 upper surface.
Referring to Fig. 2, the engagement type rotation status differentiation mechanism 5 of gear set includes the engagement type rotation status of gear set point
Change the engagement type rotation status of mechanism shell 51, gear set and breaks up mechanism gear installation space 52, the engagement type rotation of gear set
State breaks up the engagement type rotation status of the first rotary shaft 53 of mechanism, gear set and breaks up mechanism the second rotary shaft 54, gear set
Engagement type rotation status differentiation mechanism bearing 55, the engagement type rotation status of gear set break up mechanism master gear 56, gear set
Engagement type rotation status differentiation mechanism pinion 57, the engagement type rotation status of gear set break up mechanism 58 and of third rotary shaft
The engagement type rotation status of gear set breaks up mechanism third rotary shaft 59；The gear set engagement type rotation status differentiation mechanism uses
Shell 51 is provided centrally with the engagement type rotation status differentiation mechanism gear installation space 52 of gear set.The gear set engagement
Formula rotation status breaks up mechanism and breaks up the peace of mechanism bearing 55 by the engagement type rotation status of gear set with 51 side center of shell
Engagement type rotation status differentiation the first rotary shaft 53 of mechanism of a gear set is filled, the engagement type rotation status of gear set breaks up machine
Structure installs the engagement type rotation status of two gear sets with 51 side of shell respectively and breaks up mechanism the second rotary shaft 54, the gear set
Engagement type rotation status differentiation mechanism is equipped with gear set engagement type rotation status differentiation mechanism with 53 end of the first rotary shaft and uses
Master gear 56, two gear set engagement type rotation status differentiation mechanisms are separately installed with gear set with 54 end of the second rotary shaft
Engagement type rotation status breaks up mechanism pinion 57, and the engagement type rotation status of gear set breaks up mechanism with 56 He of master gear
Gear set engagement type rotation status differentiation 57 end of mechanism pinion passes through the engagement type rotation status differentiation machine of gear set respectively
Structure third rotary shaft 58 and the engagement type rotation status differentiation mechanism third rotary shaft 59 of gear set are mounted on gear set engagement
The lateral inner of formula rotation status differentiation mechanism shell 51；The engagement type rotation status of gear set breaks up mechanism shell 51
It is mounted on the inside of master unit installation space 4；The engagement type rotation status of gear set breaks up mechanism with 58 He of third rotary shaft
Gear set engagement type rotation status differentiation mechanism 59 end of the third rotary shaft end with main rotating shaft 6 and pair rotary shaft 7 respectively
Portion is fixedly connected.
Referring to Fig. 3, the engagement type spin intensity changing mechanism 9 of gear set includes that the engagement type spin intensity of gear set changes
Become mechanism hollow casing 91, the engagement type spin intensity changing mechanism hollow structure 92 of gear set, the engagement type rotation of gear set
The first rotary shaft 93 of intensity changing mechanism, the engagement type spin intensity changing mechanism bearing 94 of gear set, gear set are engagement type
The second rotary shaft 95 of spin intensity changing mechanism, the engagement type spin intensity changing mechanism third rotary shaft 97 of gear set, tooth
Wheel group engagement type spin intensity changing mechanism first gear 98, the engagement type spin intensity changing mechanism second gear of gear set
99, gear set engagement type spin intensity changing mechanism third gear 910 and the engagement type spin intensity changing mechanism of gear set are used
4th gear 911；The gear set that is internally provided with of the engagement type spin intensity changing mechanism hollow casing 91 of gear set is nibbled
Box-like spin intensity changing mechanism hollow structure 92, the engagement type spin intensity changing mechanism hollow casing 91 of gear set
Bottom centre installs the engagement type spin intensity of a gear set by the engagement type spin intensity changing mechanism bearing 94 of gear set and changes
Become the first rotary shaft 93 of mechanism, engagement type 91 top center of spin intensity changing mechanism hollow casing of gear set passes through
The engagement type spin intensity changing mechanism of gear set installs the engagement type spin intensity changing mechanism third of a gear set with bearing 94
The side of rotary shaft 97, the gear set engagement type spin intensity changing mechanism hollow casing 91 passes through the engagement type rotation of gear set
Turn intensity changing mechanism bearing 94 and the engagement type spin intensity changing mechanism of a gear set the second rotary shaft 95, the tooth are installed
The engagement type spin intensity changing mechanism of wheel group is changed with being equipped with the engagement type spin intensity of gear set on the axis body of the second rotary shaft 95
Become mechanism second gear 99 and the engagement type spin intensity changing mechanism third gear 910 of gear set, the gear set engagement
Formula spin intensity changing mechanism 93 top of the first rotary shaft and the engagement type spin intensity changing mechanism third of the gear set
The bottom end of rotary shaft 97 is separately installed with the engagement type spin intensity changing mechanism first gear 98 of gear set and gear set engagement
The 4th gear 911 of formula spin intensity changing mechanism, and the engagement type spin intensity changing mechanism first gear of the gear set
98 are meshed with the engagement type spin intensity changing mechanism of gear set with the tooth structure between second gear 99, and the gear set is nibbled
Box-like spin intensity changing mechanism third gear 910 and gear set the 4th gear 911 of engagement type spin intensity changing mechanism
Between tooth structure be meshed；The structure of engagement type spin intensity changing mechanism 98 reference circle of first gear of gear set
Radius is less than the structure radius of engagement type spin intensity changing mechanism 99 reference circle of second gear of the gear set, the gear
The structure radius of engagement type spin intensity changing mechanism 99 reference circle of second gear of group is greater than the engagement type rotation of the gear set
The structure radius of intensity changing mechanism 910 reference circle of third gear, the engagement type spin intensity changing mechanism of gear set are used
Third gear 910 is less than the structure radius of engagement type spin intensity changing mechanism 911 reference circle of the 4th gear of the gear set；
The engagement type spin intensity changing mechanism of gear set 93 end of the first rotary shaft and the engagement type spin intensity of gear set change
Mechanism is fixedly connected with the end of secondary rotary shaft 7 and rotation drive shaft 8 respectively with 97 end of third rotary shaft.
Referring to Fig. 4, the rotary height distance regulating mechanism 23 of reverse thread structure is revolved including reverse thread structure
Rotatable height distance regulating mechanism screw shell 231, reverse thread structure rotary height distance regulating mechanism threaded area
Between 232, the rotary height distance regulating mechanism helicitic texture 233 of reverse thread structure, the rotary height of reverse thread structure
The rotary height distance regulating mechanism screw top bar of distance adjusting mechanism bottom thread bar 234, reverse thread structure
235, the rotary height distance regulating mechanism limit hole 236 of reverse thread structure, the rotary height distance of reverse thread structure
Regulating mechanism gag lever post 237, reverse thread structure rotary height distance regulating mechanism the first connecting plate 238, reversed spiral shell
The rotary height distance of the second connecting plate 239 of the rotary height distance regulating mechanism of line structure, reverse thread structure adjusts machine
The second bolt hole 2311 of the first bolt hole 2310 of structure and the rotary height distance regulating mechanism of reverse thread structure；It is described anti-
Connection reverse thread structure is provided centrally with to inside the rotary height distance regulating mechanism screw shell 231 of helicitic texture
The rotary height distance regulating mechanism of reverse thread structure of rotary height distance regulating mechanism 231 both ends of the surface of screw shell
With screw thread section 232, the rotary height distance regulating mechanism of reverse thread structure is with screw shell 231 positioned at described anti-
It is rotatably high that the inner wall in screw thread section 232 is provided with reverse thread structure to helicitic texture rotary height distance regulating mechanism
Spend distance adjusting mechanism helicitic texture 233, the rotary height distance regulating mechanism screw thread section of reverse thread structure
232 bottom and top pass through the rotary height distance regulating mechanism helicitic texture 233 of reverse thread structure respectively and are connected with
Reverse thread structure rotary height distance regulating mechanism bottom thread bar 234 and the rotary height distance of reverse thread structure
Regulating mechanism screw top bar 235, the rotary height distance regulating mechanism bottom thread bar 234 of reverse thread structure
Reversed spiral shell is provided with inside opposite end with screw top bar 235 with the rotary height distance regulating mechanism of reverse thread structure
The rotary height distance regulating mechanism limit hole 236 of line structure, the two rotary height distances of reverse thread structure are adjusted
The rotary height distance regulating mechanism gag lever post 237 of a reverse thread structure is inserted into the inside of mechanism limit hole 236, described
Reverse thread structure rotary height distance regulating mechanism bottom thread bar 234 and the rotary height distance of reverse thread structure
The other both ends of regulating mechanism screw top bar 235 are separately installed with the rotary height distance regulating mechanism of reverse thread structure
With the second connecting plate 239 of the first connecting plate 238 and the rotary height distance regulating mechanism of reverse thread structure, the reversed spiral shell
The first connecting plate 238 of the rotary height distance regulating mechanism of line structure and the rotary height distance of reverse thread structure adjust machine
The second connecting plate 239 of structure is internally provided with reverse thread structure the first bolt hole of rotary height distance regulating mechanism
2310 and the second bolt hole 2311 of the rotary height distance regulating mechanism of reverse thread structure；The reverse thread structure rotation
Formula height distance regulating mechanism helicitic texture 233 includes that setting is used in the rotary height distance regulating mechanism of reverse thread structure
The internal thread structure of 231 inner wall of screw shell and setting are in the rotary height distance regulating mechanism bottom spiral shell of reverse thread structure
The external thread structure of rasp bar 234 and reverse thread structure rotary height distance regulating mechanism on 235 body of rod of screw top bar,
And it is located at the reverse thread structure rotary height distance regulating mechanism bottom thread bar 234 and the rotation of reverse thread structure
Formula height distance regulating mechanism is opposite with the hand of spiral of the helicitic texture on 235 body of rod of screw top bar；The reverse thread
The construction profile and the rotary height of reverse thread structure of structure rotary height distance regulating mechanism 236 cross section of limit hole
Distance adjusting mechanism is triangular structure with the construction profile of 237 cross section of gag lever post, and the reverse thread structure is rotary
The first bolt hole 2310 of height distance regulating mechanism and reverse thread structure the second spiral shell of rotary height distance regulating mechanism
The end of keyhole 2311 is separately mounted to the upper surface of hinges 20 bottom and bottom supporting substrate 22 by bolt, and rotation is anti-
When height distance regulating mechanism screw shell 231 rotary to helicitic texture, relative altitude can be changed.
Specifically used mode: in present invention work, first adjusting the rotary height distance regulating mechanism 23 of reverse thread structure,
So that raw material is passed through pipeline 15 and is in the one end tilted, hand-operated valve 19 is then opened, so that liquid and finished ground cement are injected into original
Expect the inside of stirring space 18, then, the rotary height distance regulating mechanism 23 of reverse thread structure is adjusted, so that raw material is passed through
Pipeline 15 is in downward one end, opens driving motor 2, under the linkage effect of component and under turning effort, so that internal former
Material is stirred mixing, and the raw material after being stirred can be discharged by opening hand-operated valve 19.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of cement liquid and powder mixing stirring device, including top mounting bracket (1) and tubbiness stirring shell (12),
It is characterized by: driving motor installation shell (2), the drive are installed in the vertical plate position of top mounting bracket (1) side
A driving motor (3) are installed in the inside of dynamic motor installation shell (2), and the side of the top mounting bracket (1) is provided with principal part
Part installation space (4), the inside of the master unit installation space (4) install the engagement type rotation status of a gear set and break up mechanism
(5), the top mounting bracket (1) is equipped with main rotating shaft (6) and secondary rotary shaft by base bearing (10) in being located at the side
(7), one end of the secondary rotary shaft (7) is provided with secondary component installation space, the inside installation one of the pair component installation space
The engagement type spin intensity changing mechanism (9) of gear set, the end center of the engagement type spin intensity changing mechanism (9) of gear set
Installation one rotates drive shaft (8), installs two rotating wheels (11) on the axis body of rotation drive shaft (8), the rotation drive shaft
(8) one end is mounted on the inside of top mounting bracket (1) side by base bearing (10), tubbiness stirring shell (12)
One end is provided with conical shell structure (24), and the end of the conical shell structure (24) is provided with the original with its integral structure
The outside of material through hole pipeline (15), the raw material through-hole pipeline (15) is mounted on top mounting bracket (1) by base bearing (10)
Inside side, a hand-operated valve (19) are installed in the inside of the raw material through-hole pipeline (15), and the tubbiness stirs shell (12), taper
Shell mechanism (24) and raw material through-hole pipeline (15) center are that hollow structure forms raw material stirring space (18), the tubbiness stirring
The inner wall of shell (12) is provided with helical blade structure (17), is equipped with two convex annulars on the outside of tubbiness stirring shell (12)
It rises structure (13), the circular groove structure (14) for being provided centrally with clamping rotating wheel (11) of the annular protrusion structure (13),
The axis body of the main rotating shaft (6) is through tubbiness stirring shell (12) one end center and the two is passing through base bearing through position
(10) it connects, and a principal screw blade (16) is installed on the axis body of the main rotating shaft (6), top mounting bracket (1) bottom
The both ends in portion are respectively mounted a hinges (20), the bottom of two hinges (20) be separately installed with main support rod (21) and
The rotary height distance regulating mechanism (23) of reverse thread structure, the main support rod (21) and reverse thread structure are rotatably high
The bottom end of degree distance adjusting mechanism (23) is mounted on the upper surface of a bottom supporting substrate (22).
2. a kind of cement liquid according to claim 1 and powder mixing stirring device, it is characterised in that: the gear
Engagement type rotation status differentiation mechanism (5) of group includes gear set engagement type rotation status differentiation mechanism shell (51), gear set
Engagement type rotation status differentiation mechanism gear installation space (52), the first rotation of the engagement type rotation status differentiation mechanism of gear set
Engagement type rotation status differentiation mechanism the second rotary shaft (54) of shaft (53), gear set, the engagement type rotation status of gear set point
Engagement type rotation status differentiation mechanism master gear (56) of change mechanism bearing (55), gear set, gear set are engagement type contorted
State differentiation mechanism pinion (57), the engagement type rotation status differentiation mechanism of gear set are nibbled with third rotary shaft (58) and gear set
Box-like rotation status breaks up mechanism with third rotary shaft (59)；The engagement type rotation status of gear set breaks up mechanism shell
(51) the engagement type rotation status of gear set that is provided centrally with breaks up mechanism gear installation space (52).The gear set engagement
Formula rotation status breaks up mechanism and breaks up mechanism bearing by the engagement type rotation status of gear set with shell (51) side center
(55) the engagement type rotation status of one gear set of installation breaks up mechanism with the first rotary shaft (53), and the gear set is engagement type contorted
State breaks up mechanism and installs engagement type rotation status differentiation the second rotary shaft of mechanism of two gear sets respectively with shell (51) side
(54), the gear set engagement type rotation status differentiation mechanism is equipped with the engagement type rotation of gear set with the first rotary shaft (53) end
Turn state differentiation mechanism master gear (56), the two engagement type rotation status of gear set break up mechanisms with the second rotary shaft (54)
End is separately installed with engagement type rotation status differentiation mechanism pinion (57) of gear set, and the gear set is engagement type contorted
State differentiation mechanism master gear (56) and gear set engagement type rotation status differentiation mechanism pinion (57) end pass through respectively
The engagement type rotation status differentiation mechanism third rotary shaft (58) of gear set and gear set engagement type rotation status differentiation mechanism use
Third rotary shaft (59) is mounted on the lateral inner of engagement type rotation status differentiation mechanism shell (51) of gear set.
3. a kind of cement liquid according to claim 2 and powder mixing stirring device, it is characterised in that: the gear
The engagement type rotation status differentiation mechanism of group is mounted on the inside of master unit installation space (4) with shell (51).
4. a kind of cement liquid according to claim 2 and powder mixing stirring device, it is characterised in that: the gear
The engagement type rotation status differentiation mechanism third rotary shaft (58) of group and the engagement type rotation status of gear set break up mechanism third
Rotary shaft (59) end is fixedly connected with the end of main rotating shaft (6) and secondary rotary shaft (7) respectively.
5. a kind of cement liquid according to claim 1 and powder mixing stirring device, it is characterised in that: the gear
The engagement type spin intensity changing mechanism (9) of group includes the engagement type spin intensity changing mechanism hollow casing (91) of gear set, tooth
Wheel group engagement type spin intensity changing mechanism hollow structure (92), the first rotation of the engagement type spin intensity changing mechanism of gear set
Shaft (93), gear set engagement type spin intensity changing mechanism bearing (94), the engagement type spin intensity changing mechanism of gear set
With the second rotary shaft (95), the engagement type spin intensity changing mechanism third rotary shaft (97) of gear set, the engagement type rotation of gear set
Turn the engagement type spin intensity changing mechanism second gear (99) of intensity changing mechanism first gear (98), gear set, gear
The engagement type spin intensity changing mechanism third gear (910) of group and gear set the 4th tooth of engagement type spin intensity changing mechanism
It takes turns (911)；The engagement type spin intensity changing mechanism hollow casing (91) of gear set is internally provided with gear set engagement
Formula spin intensity changing mechanism hollow structure (92), the engagement type spin intensity changing mechanism hollow casing of gear set
(91) the engagement type rotation of a gear set is installed with bearing (94) by the engagement type spin intensity changing mechanism of gear set by bottom centre
Intensity changing mechanism is pushed up with the first rotary shaft (93), the engagement type spin intensity changing mechanism of gear set with hollow casing (91)
The engagement type spin intensity of one gear set is installed by the engagement type spin intensity changing mechanism bearing (94) of gear set and is changed in portion center
Become mechanism with third rotary shaft (97), the side of the gear set engagement type spin intensity changing mechanism hollow casing (91) is logical
It crosses gear set engagement type spin intensity changing mechanism bearing (94) and the engagement type spin intensity changing mechanism use of a gear set is installed
Second rotary shaft (95), the engagement type spin intensity changing mechanism of gear set are equipped with on the axis body of the second rotary shaft (95)
Gear set engagement type spin intensity changing mechanism second gear (99) and the engagement type spin intensity changing mechanism of gear set are with
Three gears (910), the engagement type spin intensity changing mechanism of gear set the first rotary shaft (93) top and the gear set
Engagement type spin intensity changing mechanism is separately installed with the engagement type spin intensity of gear set with the bottom end of third rotary shaft (97) and changes
Become mechanism first gear (98) and the 4th gear (911) of the engagement type spin intensity changing mechanism of gear set, and the gear
Group engagement type spin intensity changing mechanism first gear (98) and the second tooth of the engagement type spin intensity changing mechanism of gear set
Wheel (99) between tooth structure be meshed, the gear set engagement type spin intensity changing mechanism third gear (910) and
The engagement type spin intensity changing mechanism of gear set is meshed with the tooth structure between the 4th gear (911).
6. a kind of cement liquid according to claim 5 and powder mixing stirring device, it is characterised in that: the gear
The structure radius of engagement type spin intensity changing mechanism first gear (98) reference circle of group is less than the engagement type rotation of the gear set
Turn the structure radius of intensity changing mechanism second gear (99) reference circle, the engagement type spin intensity changing mechanism of gear set
It is greater than the engagement type spin intensity changing mechanism third gear of the gear set with the structure radius of second gear (99) reference circle
(910) structure radius of reference circle, the engagement type spin intensity changing mechanism of gear set are less than described with third gear (910)
The structure radius of the 4th gear (911) reference circle of the engagement type spin intensity changing mechanism of gear set.
7. a kind of cement liquid according to claim 5 and powder mixing stirring device, it is characterised in that: the gear
Engagement type spin intensity changing mechanism the first rotary shaft (93) end of group and the engagement type spin intensity changing mechanism of gear set are used
Third rotary shaft (97) end is fixedly connected with the end of secondary rotary shaft (7) and rotation drive shaft (8) respectively.
8. a kind of cement liquid according to claim 1 and powder mixing stirring device, it is characterised in that: described reversed
The rotary height distance regulating mechanism (23) of helicitic texture includes the rotary height distance regulating mechanism spiral shell of reverse thread structure
The rotary height distance regulating mechanism of line sleeve (231), reverse thread structure is revolved with screw thread section (232), reverse thread structure
Rotatable height distance regulating mechanism helicitic texture (233), reverse thread structure rotary height distance regulating mechanism bottom
Threaded rod (234), reverse thread structure rotary height distance regulating mechanism screw top bar (235), reverse thread structure
The rotary height distance regulating mechanism limit of rotary height distance regulating mechanism limit hole (236), reverse thread structure
The rotary height distance regulating mechanism of bar (237), reverse thread structure the first connecting plate (238), the rotation of reverse thread structure
Formula height distance regulating mechanism the second connecting plate (239), the rotary height distance regulating mechanism of reverse thread structure are with first
Bolt hole (2310) and the rotary height distance regulating mechanism of reverse thread structure are with the second bolt hole (2311)；The reversed spiral shell
The internal connection reverse thread structure that is provided centrally with of the rotary height distance regulating mechanism screw shell (231) of line structure is revolved
The rotary height distance regulating mechanism of reverse thread structure of rotatable height distance regulating mechanism screw shell (231) both ends of the surface
With screw thread section (232), the rotary height distance regulating mechanism of reverse thread structure is being located at institute with screw shell (231)
It states reverse thread structure rotary height distance regulating mechanism and the inner wall of screw thread section (232) is provided with the rotation of reverse thread structure
Rotatable height distance regulating mechanism is used with helicitic texture (233), the rotary height distance regulating mechanism of reverse thread structure
The bottom and top in screw thread section (232) pass through the rotary height distance regulating mechanism helicitic texture of reverse thread structure respectively
(233) the rotary height distance regulating mechanism bottom thread bar (234) of reverse thread structure and reverse thread structure are connected with
Rotary height distance regulating mechanism adjusts machine with screw top bar (235), the rotary height distance of reverse thread structure
Structure bottom thread bar (234) and the rotary height distance regulating mechanism screw top bar (235) of reverse thread structure are right
Vertical end is internal to be provided with the rotary height distance regulating mechanism limit hole (236) of reverse thread structure, the two reversed spiral shells
The inside of line structure rotary height distance regulating mechanism limit hole (236) be inserted into the rotary height of a reverse thread structure away from
From regulating mechanism gag lever post (237), the rotary height distance regulating mechanism bottom thread bar of reverse thread structure
(234) it is installed respectively with the rotary height distance regulating mechanism of reverse thread structure with the other both ends of screw top bar (235)
There are reverse thread structure rotary height distance regulating mechanism the first connecting plate (238) and the rotary height of reverse thread structure
Distance adjusting mechanism is connected with the second connecting plate (239), the rotary height distance regulating mechanism of reverse thread structure with first
Being internally provided with for fishplate bar (238) and the rotary height distance regulating mechanism of reverse thread structure the second connecting plate (239) is anti-
To the rotary height of the rotary height distance regulating mechanism of helicitic texture the first bolt hole (2310) and reverse thread structure away from
From regulating mechanism with the second bolt hole (2311).
9. a kind of cement liquid according to claim 8 and powder mixing stirring device, it is characterised in that: described reversed
The rotary height distance regulating mechanism of helicitic texture includes being arranged in the rotary height of reverse thread structure with helicitic texture (233)
The internal thread structure of distance adjusting mechanism screw shell (231) inner wall and setting are in the rotary height distance of reverse thread structure
Regulating mechanism bottom thread bar (234) and the rotary height distance regulating mechanism screw top bar of reverse thread structure
(235) external thread structure on the body of rod, and it is located at the rotary height distance regulating mechanism bottom spiral shell of the reverse thread structure
The screw thread knot of rasp bar (234) and reverse thread structure rotary height distance regulating mechanism on screw top bar (235) body of rod
The hand of spiral of structure is opposite.
10. a kind of cement liquid according to claim 8 and powder mixing stirring device, it is characterised in that: described anti-
It is revolved to the construction profile and reverse thread structure of helicitic texture rotary height distance regulating mechanism limit hole (236) cross section
Rotatable height distance regulating mechanism is triangular structure with the construction profile of gag lever post (237) cross section, the reverse thread
The rotary height distance regulating mechanism of structure the first bolt hole (2310) and the rotary height distance of reverse thread structure are adjusted
Mechanism is separately mounted to hinges (20) bottom and bottom supporting substrate by bolt with the end of the second bolt hole (2311)
(22) upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910670226.5A CN110354729A (en) | 2019-07-24 | 2019-07-24 | A kind of cement liquid and powder mixing stirring device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910670226.5A CN110354729A (en) | 2019-07-24 | 2019-07-24 | A kind of cement liquid and powder mixing stirring device |
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| CN110354729A true CN110354729A (en) | 2019-10-22 |
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| CN201910670226.5A Pending CN110354729A (en) | 2019-07-24 | 2019-07-24 | A kind of cement liquid and powder mixing stirring device |
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| CN110999803A (en) * | 2019-12-15 | 2020-04-14 | 成庆荣 | Watering device for animal husbandry |
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| CN111038872A (en) * | 2019-12-30 | 2020-04-21 | 孙培丽 | Rotatory storage device of solid raw materials |
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| CN111359477A (en) * | 2020-03-17 | 2020-07-03 | 刘国军 | Double-boundary rotary stirring device |
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Application publication date: 20191022 |