CN209440507U - Waterproof mortar production feeding agitating device - Google Patents
Waterproof mortar production feeding agitating device Download PDFInfo
- Publication number
- CN209440507U CN209440507U CN201821137776.8U CN201821137776U CN209440507U CN 209440507 U CN209440507 U CN 209440507U CN 201821137776 U CN201821137776 U CN 201821137776U CN 209440507 U CN209440507 U CN 209440507U
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- China
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- arc panel
- feeding
- support bar
- mixing drum
- agitating shaft
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Abstract
The utility model discloses a kind of waterproof mortar production feeding agitating devices, including several feeding cylinders, mixing drum, and feeding cylinder is axially vertically arranged, and mixing drum is axially horizontally disposed；Several feeding cylinders are set above mixing drum, agitating shaft is equipped in the mixing drum, agitating shaft is equipped with several stirring blades；Stirring blade is vertically arranged with agitating shaft；The stirring blade is zigzag structure, including first support bar, the first arc panel, second support bar, the second arc panel, first support bar, second support bar are radially arranged on agitating shaft, the first arc panel is arranged in first support bar end, the second arc panel is arranged in second support bar end, and the second arc panel is opposite with the first arc panel direction；The arc panel of adjacent stirring blade shifts to install.The utility model is fed by the way that each component is passed through different feeding cylinders respectively, is solved a large amount of raw materials and is deposited in clogging caused by charging in a feeding cylinder, mixing is abundant between raw material.
Description
Technical field
The utility model relates to a kind of feeding agitating devices, and in particular to a kind of waterproof mortar production feeding stirring dress
It sets, belongs to waterproof mortar processing and manufacturing equipment technical field.
Background technique
Waterproof mortar is a kind of rigidity water-proofing material, by improving the density of mortar and improving crack resistance to reach waterproof
Impervious purpose.Existing waterproof mortar feeding device, only 1 feeding cylinder need that each component is manually transported to charging
Cylinder, feeding cylinder are openings, and dust is big in workshop.Feeding cylinder using the above structure is also easy to block, and causes charging point
The inaccuracy of amount.
Utility model content
The purpose of the utility model is to provide a kind of waterproof mortar production feeding agitating devices, by dividing each component
Feeding cylinder that Tong Guo be not different is fed, and is solved a large amount of raw materials and is deposited in clogging caused by charging in a feeding cylinder, and
By being designed as zigzag structure to stirring blade, the raw material of bottom can be brought by arc panel to mixing drum top, it is sufficiently complete
At the mixing of raw material.
The purpose of this utility model is achieved through the following technical solutions, and waterproof mortar production is stirred with feeding and filled
It sets, including several feeding cylinders, mixing drum, feeding cylinder is axially vertically arranged, and mixing drum is axially horizontally disposed；It is set above mixing drum
Several feeding cylinders are set, agitating shaft is equipped in the mixing drum, agitating shaft is equipped with several stirring blades；Stirring blade with stir
Axis is mixed to be vertically arranged；The stirring blade is zigzag structure, including first support bar, the first arc panel, second support bar, the
Two arc panels, first support bar, second support bar are radially arranged on agitating shaft, between first support bar, second support bar
Angle is 180 °；The first arc panel is arranged in first support bar end, and the second arc panel, the second arc is arranged in second support bar end
Plate is opposite with the first arc panel direction；The arc panel of adjacent stirring blade shifts to install.
Preferably, the feeding cylinder is cylinder, and feeding cylinder lower part is equipped with feeding cylinder discharge port, and feeding cylinder discharge port includes
Inverted round stage portion, the rotary table portion set gradually from top to bottom；The cone angle in rotary table portion is greater than the cone angle in inverted round stage portion.
Preferably, anti-block apparatus is equipped in the feeding cylinder, anti-block apparatus includes gear, rack gear；Wheel and rack composition
Rack and pinion drive mechanism, rack gear is vertically arranged, and rack gear is arranged in sliding block, and sliding block is arranged by mounting blocks in feeding cylinder inner wall
On, gear band carry-over bar moves up and down along sliding block, and rack gear lower end is set there are three pawl.
Preferably, the mixing drum includes the semicolumn portion set gradually from top to bottom, rectangular portion, the discharging of inverted round stage portion
Portion, inverted round stage portion discharging portion bottom are equipped with discharge port；
The first arc panel B, the second arc panel B, the first arc panel B, the second arc panel B and semicolumn are equipped with inside rectangular portion
Portion is arranged concentrically；First arc panel B is identical as the second arc panel B structure and its outer diameter is slightly smaller than the internal diameter in semicolumn portion；
First arc panel B is arranged in the first bearing being arranged on agitating shaft by first connecting rod, and the second arc panel B passes through
In the second bearing being arranged on second connecting rod setting agitating shaft；It is set respectively on first arc panel B and the second arc panel B opposing end surface
There are mutually matched fan groove and fan-shaped bump；
First arc panel B, the second both ends arc panel B pass through wirerope respectively and are connected with beamer, and beamer is located at half
At the top of cylindrical portion inner wall；
When beamer unreels, the first arc panel B, the second arc panel B fall under self gravitation effect and by fan-shaped convex
The connection that the two is realized in fan groove is arranged in block；
When beamer is wound, beamer drives the first arc panel B, the second arc panel B to rotate to semicolumn by wirerope
At the top of portion.
Preferably, the first arc panel B, the second arc panel B outer end protrude into the semicolumn portion, the first arc
Between plate B and semicolumn portion, gasket is equipped between the second arc panel B and semicolumn portion.
Compared with prior art, the utility model has the following beneficial effects:
First, the utility model designs several feeding cylinders above mixing drum, by passing through not each component respectively
Same feeding cylinder charging solves a large amount of raw materials and is deposited in clogging caused by charging in a feeding cylinder.
Second, the utility model will be designed as zigzag structure to stirring blade, the raw material of bottom can be passed through arc panel
Band sufficiently completes the mixing of raw material to mixing drum top.
Feeding cylinder discharge port is designed as the inverted round stage portion set gradually from top to bottom, rotary table portion by third, the utility model；
The cone angle in rotary table portion is greater than the cone angle in inverted round stage portion, and the design in inverted round stage portion is to come downwards to mixing drum for the ease of raw material；And justify
The internal diameter of discharge port is gradually expanded for the design in platform portion, is to improve powder feeding efficiency.
4th, anti-block apparatus is designed as gear, rack structure by the utility model, and gear band carry-over bar is transported up and down along sliding block
It is dynamic, and then three with carry-over bar lower end pawls move up and down, so that the material to blocking is dredged.
5th, the utility model devises the first arc panel B, the second arc panel B structure, and the teeter chamber of material is in semicolumn
It is carried out in the space that portion and the first arc panel B, the second arc panel B are surrounded, after stirring, the first arc panel B, the second arc panel
B is moved up, blowing, realizes discharging by inverted round stage portion discharging portion, discharge port.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model waterproof mortar production feeding agitating device；
Fig. 2 is the structural schematic diagram of the mixing drum of the utility model waterproof mortar production feeding agitating device；
Fig. 3 is the structural representation of the stirring blade of the mixing drum of the utility model waterproof mortar production feeding agitating device
Figure；
Fig. 4 is the first arc panel B and second of the mixing drum of the utility model waterproof mortar production feeding agitating device
Arc panel B is located at the structural schematic diagram of rectangular portion bottom；
Fig. 5 is the first arc panel B and second of the mixing drum of the utility model waterproof mortar production feeding agitating device
Arc panel B is located at the structural schematic diagram at the top of semicolumn portion；
Fig. 6 is the structural representation of the anti-block apparatus of the mixing drum of the utility model waterproof mortar production feeding agitating device
Figure.
Specific embodiment
The utility model is further illustrated in conjunction with attached drawing and real examination example.
As shown in figures 1 to 6, waterproof mortar production feeding agitating device, several feeding cylinders 1, mixing drum 2, feeding cylinder 1
Axial vertically arranged, mixing drum 2 is axial horizontally disposed；Several feeding cylinders 1 are set above mixing drum 2, are set in the mixing drum 2
There is agitating shaft 41, agitating shaft 41 is equipped with several stirring blades 42；Stirring blade 42 is vertically arranged with agitating shaft 41；It is described to stir
Mixing blade 42 is zigzag structure, including first support bar 421, the first arc panel 422, second support bar 423, the second arc panel
424, first support bar 421, second support bar 423 are radially arranged on agitating shaft 41, first support bar 421, second support bar
Angle between 423 is 180 °；The first arc panel 422, the setting of 423 end of second support bar is arranged in 421 end of first support bar
Second arc panel 424, the second arc panel 424 and the first arc panel 422 are towards opposite；The arc panel of adjacent stirring blade 42 misplaces
Setting.
Feeding cylinder 1 is cylinder, and 1 lower part of feeding cylinder is equipped with feeding cylinder discharge port 3, feeding cylinder discharge port 3 include from upper and
Under the inverted round stage portion 31, the rotary table portion 32 that set gradually；The cone angle in rotary table portion 32 is greater than the cone angle in inverted round stage portion 31.
Anti-block apparatus 5 is equipped in feeding cylinder 1, anti-block apparatus 5 includes gear 51, rack gear 52；Gear 51 and rack gear 52 form
Rack and pinion drive mechanism, rack gear 52 is vertically arranged, rack gear 52 be arranged in sliding block 54, sliding block 54 by mounting blocks setting into
On 1 inner wall of barrel, gear 51 moves up and down with carry-over bar 52 along sliding block 54, and 52 lower end of rack gear is set there are three pawl 53.
Mixing drum 2 include set gradually from top to bottom semicolumn portion 21, rectangular portion 22, inverted round stage portion discharging portion 23,
Discharging portion 23 bottom in rotary table portion is equipped with discharge port 24.
The first arc panel B25, the second arc panel B26, the first arc panel B25, the second arc panel are equipped with inside rectangular portion 22
B26 is arranged concentrically with semicolumn portion 21；First arc panel B25 is identical as the second arc panel B26 structure and its outer diameter is slightly smaller than half
The internal diameter of cylindrical portion 21.
First arc panel B25 is arranged in the first bearing 43 being arranged on agitating shaft 41 by first connecting rod 27, the second arc
Shape plate B26 is arranged in the second bearing being arranged on agitating shaft 41 by second connecting rod 28；First arc panel B25 and the second arc panel
Mutually matched fan groove 251 and fan-shaped bump 261 are respectively equipped on B26 opposing end surface.
First arc panel B25, the second both ends arc panel B26 pass through wirerope 61 respectively and are connected with beamer 6, beamer
6 are located at the top of 21 inner wall of semicolumn portion.
When beamer 6 unreels, the first arc panel B25, the second arc panel B26 fall under self gravitation effect and pass through fan
The connection that the two is realized in fan groove 251 is arranged in shape convex block 261；
When beamer 6 is wound, beamer 6 by wirerope drive the first arc panel B25, the second arc panel B26 rotate to
21 top of semicolumn portion.
First arc panel B25, the second arc panel B26 outer end protrude into the semicolumn portion 21, the first arc panel B25
Between semicolumn portion 21, gasket 7 is equipped between the second arc panel B26 and semicolumn portion 21.
The utility model designs several feeding cylinders above mixing drum, by by each component pass through respectively it is different into
Hopper solves a large amount of raw materials and is deposited in clogging caused by charging in a feeding cylinder.
The utility model will be designed as zigzag structure to stirring blade, can by the raw material of bottom by arc panel bring to
The mixing of raw material is sufficiently completed on mixing drum top.
Feeding cylinder discharge port is designed as the inverted round stage portion set gradually from top to bottom, rotary table portion by the utility model；Rotary table
The cone angle in portion is greater than the cone angle in inverted round stage portion, and the design in inverted round stage portion is to come downwards to mixing drum for the ease of raw material；And rotary table portion
Design, the internal diameter of discharge port is gradually expanded, is to improve powder feeding efficiency.
Anti-block apparatus is designed as gear, rack structure by the utility model, and gear band carry-over bar moves up and down along sliding block, into
And three pawls with carry-over bar lower end move up and down, so that the material to blocking is dredged.
The utility model devises the first arc panel B, the second arc panel B structure, the teeter chamber of material semicolumn portion with
It is carried out in the space that first arc panel B, the second arc panel B are surrounded, after stirring, on the first arc panel B, the second arc panel B
It moves, blowing, discharging is realized by inverted round stage portion discharging portion, discharge port.
Claims (5)
1. waterproof mortar production feeding agitating device, characterized in that including feeding device, the feeding device includes several
Feeding cylinder (1), mixing drum (2), feeding cylinder (1) is axial vertically arranged, and mixing drum (2) is axially horizontally disposed；Above mixing drum (2)
Several feeding cylinders (1) are set, are equipped with agitating shaft (41) in the mixing drum (2), agitating shaft (41) is equipped with several stirrings
Blade (42)；Stirring blade (42) is vertically arranged with agitating shaft (41)；The stirring blade (42) is zigzag structure, including the
One support rod (421), the first arc panel (422), second support bar (423), the second arc panel (424), first support bar
(421), second support bar (423) is radially arranged on agitating shaft (41), first support bar (421), second support bar (423) it
Between angle be 180 °；The first arc panel (422) are arranged in first support bar (421) end, the setting of second support bar (423) end
Second arc panel (424), the second arc panel (424) are opposite with the first arc panel (422) direction；The arc of adjacent stirring blade (42)
Shape plate shifts to install.
2. waterproof mortar production feeding agitating device according to claim 1, it is characterised in that: the feeding cylinder (1)
For cylinder, feeding cylinder (1) lower part is equipped with feeding cylinder discharge port (3), and feeding cylinder discharge port (3) includes setting gradually from top to bottom
Inverted round stage portion (31), rotary table portion (32)；The cone angle in rotary table portion (32) is greater than the cone angle of inverted round stage portion (31).
3. waterproof mortar production feeding agitating device according to claim 1 or 2, it is characterised in that: the feeding cylinder
(1) anti-block apparatus (5) are equipped in, anti-block apparatus (5) includes gear (51), rack gear (52)；Gear (51) and rack gear (52) form
Rack and pinion drive mechanism, rack gear (52) is vertically arranged, and in sliding block (54), sliding block (54) passes through mounting blocks for rack gear (52) setting
It is arranged on feeding cylinder (1) inner wall, gear (51) band carry-over bar (52) moves up and down along sliding block (54), and rack gear (52) lower end is equipped with
Three pawls (53).
4. waterproof mortar production feeding agitating device according to claim 3, it is characterised in that: the mixing drum (2)
Including set gradually from top to bottom semicolumn portion (21), rectangular portion (22), inverted round stage portion discharging portion (23), inverted round stage portion discharging
Portion (23) bottom is equipped with discharge port (24)；
The first arc panel B(25 is equipped with inside rectangular portion (22)), the second arc panel B(26), the first arc panel B(25), the second arc
Shape plate B(26) it is arranged concentrically with semicolumn portion (21)；First arc panel B(25) it is identical as the second arc panel B(26) structure and its
Outer diameter is slightly smaller than the internal diameter of semicolumn portion (21)；
First arc panel B(25) it is arranged in the first bearing (43) being arranged on agitating shaft (41) by first connecting rod (27), the
Two arc panel B(26) it is arranged in the second bearing being arranged on agitating shaft (41) by second connecting rod (28)；First arc panel B(25)
With mutually matched fan groove (251) and fan-shaped bump (261) are respectively equipped on the second arc panel B(26) opposing end surface；
First arc panel B(25), the second arc panel B(26) both ends pass through wirerope (61) respectively and are connected with beamer (6), roll up
Axis machine (6) is located at the top of semicolumn portion (21) inner wall；
When beamer (6) unreels, the first arc panel B(25), the second arc panel B(26) fall and pass through under self gravitation effect
The connection of the two is realized in fan-shaped bump (261) setting in fan groove (251)；
When beamer (6) wind, beamer (6) by wirerope drive the first arc panel B(25), the second arc panel B(26) revolve
It goes at the top of semicolumn portion (21).
5. waterproof mortar production feeding agitating device according to claim 4, it is characterised in that: first arc panel
B(25), the second arc panel B(26) outer end protrude into the semicolumn portion (21), the first arc panel B(25) with semicolumn portion
(21) between, the second arc panel B(26) and semicolumn portion (21) between be equipped with gasket (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821137776.8U CN209440507U (en) | 2018-07-18 | 2018-07-18 | Waterproof mortar production feeding agitating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821137776.8U CN209440507U (en) | 2018-07-18 | 2018-07-18 | Waterproof mortar production feeding agitating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209440507U true CN209440507U (en) | 2019-09-27 |
Family
ID=68008170
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821137776.8U Active CN209440507U (en) | 2018-07-18 | 2018-07-18 | Waterproof mortar production feeding agitating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209440507U (en) |
-
2018
- 2018-07-18 CN CN201821137776.8U patent/CN209440507U/en active Active
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