CN108607388A - A kind of isolated material agitator - Google Patents
A kind of isolated material agitator Download PDFInfo
- Publication number
- CN108607388A CN108607388A CN201810486859.6A CN201810486859A CN108607388A CN 108607388 A CN108607388 A CN 108607388A CN 201810486859 A CN201810486859 A CN 201810486859A CN 108607388 A CN108607388 A CN 108607388A
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- China
- Prior art keywords
- filling
- buck plate
- fixed pulley
- charging
- plate
- Prior art date
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/05—Stirrers
- B01F27/11—Stirrers characterised by the configuration of the stirrers
- B01F27/115—Stirrers characterised by the configuration of the stirrers comprising discs or disc-like elements essentially perpendicular to the stirrer shaft axis
-
- 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
- B01F35/20—Measuring; Control or regulation
- B01F35/21—Measuring
- B01F35/211—Measuring of the operational parameters
- B01F35/2113—Pressure
-
- 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
- B01F35/20—Measuring; Control or regulation
- B01F35/22—Control or regulation
- B01F35/222—Control or regulation of the operation of the driving system, e.g. torque, speed or power of motors; of the position of mixing devices or elements
-
- 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
- B01F35/71—Feed mechanisms
- B01F35/717—Feed mechanisms characterised by the means for feeding the components to the mixer
- B01F35/71805—Feed mechanisms characterised by the means for feeding the components to the mixer using valves, gates, orifices or openings
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Accessories For Mixers (AREA)
Abstract
The invention discloses a kind of isolated material agitators, including pedestal, teeter chamber, filler, stirring motor, agitator arm, stir discharge port, filling bucket, pre- filling isolator and controller, the present invention is when in use, storing can be carried out by the filling bucket of equipment, after can be stirred and feed control by controller, and equipment is in charging, the pre- addition of filling can be carried out by pre- filling isolator, storing is set to carry out protective separation with teeter chamber, it can ensure that the feed inlet and feed inlet one at storing opens a closure in pre- addition, when equipment being made to use, the material and water of splash in whipping process can be prevented to be splashed into filling bucket and pollute storing, immediately pre- filling can only also be polluted by being sputtered onto in pre- feeding material device, it is easy to use.
Description
Technical field
The invention belongs to mixing plant technical fields, and in particular to a kind of isolated material agitator.
Background technology
Material agitator, is a kind of constructional engineering machinery, master be for mixing cement, sandstone, all kinds of dry powder and mortars etc. build
Build material.This is that a kind of blade-carrying axis rotates in cylinder or slot, and plurality of raw materials is stirred mixing, makes one
The machine of kind mixture or suitable consistency, but blender is in use, due to needing to add water stirring, stirs the material of generation
Usually splash enters in filling bucket with water, pollutes in filling bucket and does not need the material stirred also, adds so needing one kind that can be isolated
The material agitator of hopper and teeter chamber prevents the material in filling bucket to be stirred process contamination.
Invention content
According to the above-mentioned deficiencies of the prior art, the technical problem to be solved by the present invention is to propose that a kind of isolated material stirs
Machine is mixed, there is the material agitator that filling bucket and teeter chamber can be isolated, the material in filling bucket is prevented to be stirred process contamination
Effect.
In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is：
A kind of isolated material agitator, including pedestal, teeter chamber, filler, stirring motor, agitator arm, stir out
Material mouth, filling bucket, pre- filling isolator and controller, pedestal top are connected with teeter chamber, and teeter chamber's side wall is equipped with filler,
Agitator arm is installed, agitator arm connection drives the stirring motor that agitator arm rotates in teeter chamber, stirring in teeter chamber
Ceiling portion is connected with pre- filling isolator, and filling bucket is connected at the top of pre- filling isolation ward, it is characterised in that：The pre- filling isolation
Device include pre- filling buck plate, charging closed guard, filling buck plate, filling closed guard, pre- filling body, feed-throughs,
Filling through-hole, filling interlocking linkage mechanism and residual material detection module, pre- filling body bottom end are welded with filling buck plate, top
It is welded with pre- filling buck plate, from top to bottom integration is equipped with feed-throughs, charging closed guard peace on the left of pre- filling buck plate
At the top of the pre- filling body, and pre- filling buck plate clearance fit, on the left of filling buck plate from top to bottom integration through setting
There is filling through-hole, filling closed guard is mounted on pre- filling organism bottom, with filling buck plate clearance fit, filler mutual interlocking gear
In pre- filling body, it is connect with charging closed guard, filling closed guard, residual material is equipped at the top of filling closed guard
Detection module, filling closed guard one end are connected with shaft, and shaft is connected with electric rotating machine, input module, stirring motor and rotation
Rotating motor is electrically connected with controller.
Filling interlocking linkage mechanism includes filling tripper, the first compressed spring, charging closing detection plate, charging baffle
Locking level, the second compressed spring, charging locking buck plate, the first drawstring spring, the first pre- pull head, feed driving device, filling
Transmission device, the second pre- pull head, the second extension spring, filling baffle locking level, third compressed spring, filling locking buck plate,
Filling closes detection plate, the 4th compressed spring, charging tripper, and the filling closing detection plate left end passes through the 4th compression bullet
Spring inlays splicing with filling buck plate, and right end is communicated with filling through-hole left end, and the filling closed guard right end is drawn by second
It stretches spring and the second pre- pull head welds, with filling buck plate clearance fit, left end is communicated with filling through-hole right end, the filling
Locking buck plate is welded in filling buck plate top, is set on the left of filling through-hole, and the filling baffle locking level top passes through the
Three compressed springs inlay welding, top middle portion and filling tripper interlocking, the pre- filling assembly with filling locking buck plate
From top to bottom integration is equipped with feed-throughs on the left of plate, the charging close detection plate left end by the first compressed spring with add in advance
Material buck plate inlays splicing, and right end is communicated with feed-throughs, and the charging closed guard right end passes through the first drawstring spring and the
One pre- pull head welding, with pre- filling buck plate clearance fit, left side connects with charging closing detection plate, the filling unlock
Device inlays welding with pre- filling body, is welded with charging closing detection plate bottom end, and the charging locking buck plate is welded in pre-
Filling buck plate bottom end is located on the right side of feed-throughs, and top middle portion is inlayed by the second compressed spring is welded with charging Fender lock
Snapping, the feed driving device one are inlayed on the right side of fixed pole, the charging baffle locking level top and charging closed guard bottom end
End and charging closed guard lower right corner interlocking, the other end and the second pre- pull head right end middle part interlocking, inlay weldering with pre- filling body
It connects, filling transmission device one end and filling closed guard upper right corner interlocking, is locked in the middle part of the other end and the first pre- pull head right end
It connects, welding, the charging tripper and charging baffle locking level center bottom interlocking is inlayed with pre- filling body, with pre- filling
Body inlays welding, is welded with filling closing detection plate top, and filling closing limit detection is provided in filling closing detection plate
Module, filling closing limit detection module are electrically connected with controller.
Filling tripper includes the first unlock assembly head, the first transmission buck plate, the first torsionspring, the first universal driving shaft
Bar, the first reel, first gear, the first rack, the first unlock connector, the first drawstring, the first fixed pulley, first solution
Lock assembly head is welded in pre- filling body and pre- filling buck plate junction upper left corner interior angle, and inner bottom is welded with the first transmission
Buck plate, the first transmission buck plate are equipped with 2 pieces, and the 1st piece is inlayed snapping by the first torsionspring and the first linkage shaft,
2nd piece is inlayed welding with top on front side of filling tripper, and the first linkage shaft extends through the first spiral from front to back
Wheel, first gear are glued with the first reel, first gear, pass through the first unlock connector on the right side of first rack top
It welds, is engaged with first gear top on the right side of bottom end, first fixed pulley, which is inlayed, to be buckled in charging closing detection plate bottom end
2nd piece of first transmission buck plate center bottom, first drawstring one end and the first reel top interlocking, the other end is around the
One fixed pulley and filling baffle locking level top middle portion interlocking.
Feed driving device is fixed including the second fixed pulley, the second drawstring, third fixed pulley, the second transmission buck plate, third
Pulley, the 4th fixed pulley, the third fixed pulley, which is inlayed, is buckled in the second transmission assembly front edge of board, passes through the second transmission buck plate
It is welded on the right side of pre- filling buck plate bottom end, snapping is inlayed in second fixed pulley and the second transmission buck plate lower left corner, is passed through
Second transmission buck plate and pre- filling buck plate, pre- filling body upper right corner junction inside corner weld, the third fixed pulley, the
Snapping is inlayed on four fixed pulleys and the second transmission buck plate top, and the third fixed pulley is welded in pre- by the second transmission buck plate
Filling internal body lower right-hand side, the 4th fixed pulley are welded in filling buck plate inner bottom by the second transmission buck plate
Right side is welded, and second drawstring one end and interlocking on the downside of charging closed guard right end, the other end is around the second fixed pulley, the 4th
Interlocking in the middle part of fixed pulley, third fixed pulley and the second pre- pull head right end.
Filling transmission device is determined including the 5th fixed pulley, third drawstring, the 6th fixed pulley, third transmission buck plate, the 7th
Pulley, the 8th fixed pulley, the 9th fixed pulley, the 5th fixed pulley, the 7th fixed pulley, which are inlayed, is buckled in third transmission buck plate
Center bottom, the 5th fixed pulley is driven buck plate and pre- filling buck plate center bottom vertical welding by third, described
7th fixed pulley is driven buck plate and pre- filling buck plate bottom end by third and welds, and is set on the right side of the 5th fixed pulley, and described the
Six fixed pulleys, the 8th fixed pulley, which are inlayed, is buckled in third transmission buck plate top middle portion, and the 6th fixed pulley is passed by third
Dynamic buck plate is welded on the right side of pre- filling buck plate inner bottom, and the 8th fixed pulley is driven buck plate by third and is welded in
On the right side of filling buck plate inner bottom, the 9th fixed pulley, which is inlayed, is buckled in third transmission buck plate front center, by the
Three transmission buck plates are set to on the right side of filling buck plate inner tip on the left of the 8th fixed pulley, third drawstring one end and the
Interlocking in the middle part of one pre- pull head right end, the other end is around the 5th fixed pulley, the 6th fixed pulley, the 7th fixed pulley, the 8th fixed pulley, the
Interlocking in the middle part of nine fixed pulleys and the second pre- pull head right end.
It includes the tenth fixed pulley, the second unlock connector, the second rack, the second linkage shaft, second to feed tripper
Reel, second gear, the second torsionspring, the 4th transmission buck plate, the 4th drawstring, the 11st fixed pulley, the described tenth is fixed
Pulley, the 11st fixed pulley, which are inlayed, is buckled in the 4th transmission buck plate top, and welding is respectively perpendicular by the 4th transmission buck plate
At left and right sides of filling buck plate top, detected by the second unlock connector and filling closing on the right side of second rack bottom end
Plate top is welded, and the second linkage shaft inlays snapping by the second torsionspring and the 4th transmission buck plate, passes through the 4th
It is driven on the left of buck plate and filling buck plate inner tip and welds, from front to back in the middle part of the second reel, second gear, with
Second reel, second gear are glued, and the second gear bottom end is engaged with the second rack top left hand, second reel
Bottom end interlocking has one end of the 4th drawstring, the other end of the 4th drawstring around the 11st fixed pulley, the tenth fixed pulley with into
Expect baffle locking level center bottom interlocking.
Present invention has the advantages that:
1, in the use of the present invention, can by the filling bucket of equipment carry out storing, after can be stirred by controller and
Charging control, and equipment can carry out the pre- addition of filling in charging by pre- filling isolator, and storing is made to be carried out with teeter chamber
Protective separation, pre- filling isolator when in use, when filling closed guard moves to left closing filling through-hole, can be closed by filling
Baffle pulls third drawstring, so that third drawstring is pullled the first pre- pull head and moves to right, and when filling closed guard is moved to left to a certain degree
When, meeting top pressure filling closes detection plate, so that filling closing detection plate is compressed the 4th compressed spring and moves to left, the second rack is made to follow a left side
It moves, to make the second rack drives second gear rotate, the second reel for keeping second gear coaxial follows rotation, makes volume Two
Line wheel is pullled charging baffle locking level by the 4th drawstring and is declined, and makes the unlock locking of charging closed guard, to make charging close
Baffle moved to right by the power of the first drawstring spring to the first pre- pull head of prestretching, and at this point, since charging closed guard moving to right,
Make charging closing detection plate that can be moved to right by the power of the first compressed spring, makes the first rack that can follow and move to right, make the first rack can band
Dynamic first gear rotation, the second reel for keeping first gear coaxial can follow rotation, to make the first drawstring that can loosen, in turn
Make filling closed guard by filling baffle locking level can be declined by third compressed spring top pressure to lock, similarly, only when charging is sealed
Closing baffle and moving to left top pressure charging closing detection plate makes, and filling closed guard can just opened, and can lock itself, user is made to use
When, the pre- addition of filling can be carried out, and can ensure one unlatching one of feed inlet and feed inlet at storing in pre- addition
A closure makes equipment in use, the material and water of splash in whipping process can be prevented, which to be splashed into filling bucket, pollutes storing, immediately
Pre- filling can only also be polluted by being sputtered onto in pre- feeding material device, be easy to use.
2, the present invention has residual material detection module, can detect the residual material on filling closed guard automatically, and control
Electric rotating machine acts, and residual material is poured into teeter chamber, prevents material extended residual from influencing the quality of stirring discharging, avoids object
The waste of material.
3, the present invention is equipped with filling closing limit detection module, when can prevent filling closed guard from opening filling through-hole,
Error starting stirring motor causes the pollution of the material in filling isolator.
Description of the drawings
The content expressed by this specification attached drawing and the label in figure are briefly described below：
Fig. 1 is a kind of structural schematic diagram of isolated material agitator of the present invention.
Fig. 2 is the structural schematic diagram of the pre- filling isolator of the present invention.
Fig. 3 is the detailed construction schematic diagram of the pre- filling isolator of the present invention.
Fig. 4 is the structural schematic diagram of A in Fig. 3 of the present invention.
Fig. 5 is the structural schematic diagram of B in Fig. 3 of the present invention.
Fig. 6 is the structural schematic diagram of C in Fig. 3 of the present invention.
Fig. 7 is the structural schematic diagram of D in Fig. 3 of the present invention.
Fig. 8 is the control flow schematic diagram of the present invention.
Specific implementation mode
Below by the description to embodiment, the shape of for example involved each component of specific implementation mode of the invention, structure
It makes, the mutual alignment between each section and connection relation, the effect of each section and operation principle, manufacturing process and the side of operating with
Method etc., is described in further detail, completeer to help those skilled in the art to have the inventive concept of the present invention, technical solution
Whole, accurate and deep understanding.
A kind of isolated material agitator, including pedestal 1, teeter chamber 2, filler 3, stirring motor, agitator arm, stirring
Discharge port 4, filling bucket 7, pre- filling isolator 8, controller 10 and input module, 1 top of pedestal are connected with teeter chamber 2, stirring
2 side wall of room is equipped with filler 3, and agitator arm is equipped in teeter chamber 2, and agitator arm connection drives agitator arm in teeter chamber
The stirring motor of interior rotation, 2 top of teeter chamber are connected with pre- filling isolator 8, filling bucket 7 are connected at the top of pre- filling isolation ward,
Pre- filling isolator 8 includes pre- filling buck plate 803, charging closed guard 806, filling buck plate 815, filling closed guard
818, pre- filling body 801, feed-throughs 807, filling through-hole 822, filling interlocking linkage mechanism, residual material detection module, in advance
801 bottom end of filling body is welded with filling buck plate 815, and top is welded with pre- filling buck plate 803, pre- filling buck plate 803
From top to bottom integration is equipped with feed-throughs 807 in left side, and charging closed guard 806 is mounted on the top of pre- filling body 801, and pre-
803 clearance fit of filling buck plate, from top to bottom integration runs through equipped with filling through-hole 822, filling in filling buck plate 815 left side
Closed guard 818 is mounted on pre- 801 bottom of filling body, and with 815 clearance fit of filling buck plate, filler mutual interlocking gear is mounted on
It in pre- filling body, is connect with charging closed guard 806, filling closed guard 818,810 top of filling closed guard is equipped with residual
Material detection module is stayed, specifically, residual material detection module selects pressure sensor, 810 one end of filling closed guard, which is connected with, to be turned
Axis, shaft are connected with electric rotating machine, input module, residual material detection module, stirring motor and electric rotating machine with controller 10
It is electrically connected.
Filling interlocking linkage mechanism includes filling tripper 802, the first compressed spring 804, charging closing detection plate
805, charging baffle locking level 808, the second compressed spring 809, charging locking buck plate 810, the first drawstring spring 811, first
Pre- pull head 812, feed driving device 813, filling transmission device 814, the second pre- pull head 816, the second extension spring 817, filling
Baffle locking level 819, third compressed spring 820, filling locking buck plate 821, filling closing detection plate the 823, the 4th compress bullet
Spring 824, charging tripper 825, filling closing 823 left end of detection plate are assembled by the 4th compressed spring 824 with filling
Plate 815 inlays splicing, and right end is communicated with 822 left end of filling through-hole, and 818 right end of filling closed guard stretches bullet by second
Spring 817 and the second pre- pull head 816 weld, and with 815 clearance fit of filling buck plate, left end is communicated with 822 right end of filling through-hole,
The filling locking buck plate 821 is welded in 815 top of filling buck plate, is set to 822 left side of filling through-hole, the filling baffle
819 top of locking level locks buck plate 821 by third compressed spring 820 and filling and inlays welding, top middle portion and filling solution
802 interlocking of locking device, from top to bottom integration is equipped with feed-throughs 807, the charging envelope in the pre- filling buck plate 803 left side
It closes 805 left end of detection plate and splicing, right end and feed-throughs 807 is inlayed by the first compressed spring 804 and pre- filling buck plate 803
It communicates, 806 right end of charging closed guard is welded by the first drawstring spring 811 and the first pre- pull head 812, is filled with pre- filling
803 clearance fit of matching board, left side connect with charging closing detection plate 805, the filling tripper 802 and pre- filling machine
Body 801 inlays welding, is welded with 805 bottom end of charging closing detection plate, and the charging locking buck plate 810 is welded in pre- filling dress
803 bottom end of matching board is located at 807 right side of feed-throughs, and top middle portion is inlayed by the second compressed spring 809 is welded with charging baffle
Snapping, the charging are inlayed on the right side of locking level 808,808 top of charging baffle locking level and 806 bottom end of charging closed guard
813 one end of transmission device and charging 806 lower right corner interlocking of closed guard, the other end and 816 right end of the second pre- pull head middle part interlocking,
Welding, described 814 one end of filling transmission device and 818 upper right corner interlocking of filling closed guard are inlayed with pre- filling body 801, separately
One end and interlocking in the middle part of the first pre- pull head 812 right end inlay welding with pre- filling body 801, the charging tripper 825 and
808 center bottom interlocking of baffle locking level is fed, inlays welding with pre- filling body 801, with 823 top of filling closing detection plate
Welding, filling, which is closed, is provided with filling closing limit detection module, filling closing limit detection module and control in detection plate 823
Device 10 is electrically connected, specifically, filling closing limit detection module is selected close to switch.The filling tripper 802 includes
First unlock assembly head 80201, first be driven buck plate 80202, the first torsionspring 80203, first linkage shaft 80204,
First reel 80205, first gear 80206, the first rack 80207, first unlock connector 80208, the first drawstring
80209, the first fixed pulley 80210, the first unlock assembly head 80201 are welded in pre- filling body 801 and are assembled with pre- filling
803 junction upper left corner interior angle of plate, inner bottom are welded with the first transmission buck plate 80202, the first transmission buck plate
80202 are equipped with 2 pieces, and the 1st piece is inlayed snapping by the first torsionspring 80203 and first linkage shaft 80204, the 2nd piece with add
Welding is inlayed on 802 front side top of material tripper, and the first linkage shaft 80204 extends through the first reel from front to back
80205, first gear 80206 are glued, 80207 top of the first rack with the first reel 80205, first gear 80206
Right side unlocks connector 80208 by first and is welded with 805 bottom end of charging closing detection plate, bottom end right side and first gear
80206 tops are engaged, and first fixed pulley 80210, which is inlayed, is buckled in the 2nd piece of first transmission 80202 center bottom of buck plate,
Described first drawstring, 80209 one end and 80205 top interlocking of the first reel, the other end bypass the first fixed pulley 80210 and add
Expect that 819 top middle portion interlocking of baffle locking level, the feed driving device 813 include the second fixed pulley 81301, the second drawstring
81302, third fixed pulley 81303, second is driven buck plate 81304, third fixed pulley 81305, the 4th fixed pulley 81306, institute
State third fixed pulley 81303 and inlay and be buckled in 81304 front end of the second transmission buck plate, by the second transmission buck plate 81304 with
Welding on the right side of pre- 803 bottom end of filling buck plate, second fixed pulley 81301 and second are driven 81304 lower left corner of buck plate edge
Buckle connects, and passes through the second transmission buck plate 81304 and pre- filling buck plate 803,801 upper right corner junction interior angle of pre- filling body
Snapping is inlayed on welding, the third fixed pulley 81305,81304 top of the 4th fixed pulley 81306 and second transmission buck plate, institute
Third fixed pulley 81305 is stated to be welded in below pre- 801 inner right side of filling body by the second transmission buck plate 81304, it is described
4th fixed pulley 81306 is welded in welding, institute on the right side of 815 inner bottom of filling buck plate by the second transmission buck plate 81304
State 81302 one end of the second drawstring and interlocking on the downside of charging closed guard 806 right end, the other end is around the second fixed pulley 81301, the
Interlocking in the middle part of 816 right end of four fixed pulleys 81306, third fixed pulley 81305 and the second pre- pull head, the filling transmission device 814
It is fixed including the 5th fixed pulley 81401, third drawstring 81402, the 6th fixed pulley 81403, third transmission buck plate the 81404, the 7th
Pulley 81405, the 8th fixed pulley 81406, the 9th fixed pulley 81407, the 5th fixed pulley 81401, the 7th fixed pulley 81405
It inlays and is buckled in third transmission 81404 center bottom of buck plate, the 5th fixed pulley 81401 is driven buck plate by third
81404 are driven buck plate with 803 center bottom vertical welding of pre- filling buck plate, the 7th fixed pulley 81405 by third
81404 weld with pre- 803 bottom end of filling buck plate, are set to the right side of the 5th fixed pulley 81401, the 6th fixed pulley 81403, the
Eight fixed pulleys 81406, which are inlayed, is buckled in third transmission 81404 top middle portion of buck plate, and the 6th fixed pulley 81403 passes through the
Three transmission buck plates 81404 are welded on the right side of pre- 803 inner bottom of filling buck plate, and the 8th fixed pulley 81406 passes through the
Three transmission buck plates 81404 are welded on the right side of 815 inner bottom of filling buck plate, and the 9th fixed pulley 81407 inlays snapping
It is driven 81404 front center of buck plate in third, buck plate 81404 and 815 inner tip of filling buck plate are driven by third
Right side is set to 81406 left side of the 8th fixed pulley, is locked in the middle part of described 81402 one end of third drawstring and 812 right end of the first pre- pull head
Connect, the other end around the 5th fixed pulley 81401, the 6th fixed pulley 81403, the 7th fixed pulley 81405, the 8th fixed pulley 81406,
Interlocking in the middle part of 816 right end of 9th fixed pulley 81407 and the second pre- pull head, the charging tripper 825 include the tenth fixed pulley
82501, the second unlock connector 82502, the second rack 82503, second linkage shaft 82504, the second reel 82505, the
Two gears 82506, the second torsionspring the 82507, the 4th transmission buck plate 82508, the 4th drawstring 82509, the 11st fixed pulley
82510, the tenth fixed pulley 82501, the 11st fixed pulley 82510, which are inlayed, is buckled in the 4th 82508 top of transmission buck plate,
It is respectively perpendicular and is welded at left and right sides of 815 top of filling buck plate by the 4th transmission buck plate 82508, second rack
823 top of detection plate is closed on the right side of 82503 bottom ends with filling by the second unlock connector 82502 to weld, second linkage
Shaft 82504 is driven buck plate 82508 by the second torsionspring 82507 and the 4th and inlays snapping, is assembled by the 4th transmission
It is welded on the left of plate 82508 and 815 inner tip of filling buck plate, runs through the second reel 82505, second gear from front to back
82506 middle parts are glued with the second reel 82505, second gear 82506,82506 bottom end of the second gear and the second rack
82503 top left hands engage, and second reel, 82505 bottom end interlocking has one end of the 4th drawstring 82509, and the described 4th draws
The other end of rope 82509 is around the 11st fixed pulley 82510, the tenth fixed pulley 82501 and feeds in 808 bottom end of baffle locking level
Portion's interlocking.
User by this equipment carry out material stirring in use, can by the filling bucket 7 of equipment carry out storing, after can lead to
It crosses controller 10 and is stirred and feeds control, and equipment can carry out the pre- of filling by pre- filling isolator 8 and add in charging
Add, storing and teeter chamber made to carry out protective separation, pre- filling isolator 8 when in use, when filling closed guard 818 moves to left closing
When filling through-hole 822, third drawstring 81402 can be pullled by filling closed guard 818, third drawstring 81402 is made to pull first
Pre- pull head 812 moves to right, and when filling closed guard 818 move to left to a certain degree when, can top pressure filling close detection plate 823, make
Filling closing detection plate 823 is compressed the 4th compressed spring 824 and is moved to left, and so that the second rack 82503 is followed and moves to left, to make the second tooth
Item 82503 drives second gear 82506 to rotate, and the second reel 82505 for keeping second gear 82506 coaxial follows rotation, makes
Second reel 82505 is pullled charging baffle locking level 808 by the 4th drawstring 82509 and is declined, and charging closed guard 806 is made to solve
Lock locking, to make charging closed guard 806 be moved to right to the first pre- pull head 812 of prestretching by the power of the first drawstring spring 811,
And at this point, moving to right due to charging closed guard 806, makes charging closing detection plate 805 can be right by the power of the first compressed spring 804
It moves, makes the first rack 80207 that can follow and move to right, make the first rack 80207 that first gear 80206 can be driven to rotate, make the first tooth
The second coaxial reel 82505 of wheel 80206 can follow rotation, to make the first drawstring 80209 that can loosen, and then filling be made to seal
Locking can be declined by filling baffle locking level 819 by 820 top pressure of third compressed spring by closing baffle 818, similarly, only when charging is sealed
Closing baffle 806 and moving to left top pressure charging closing detection plate 805 makes, and filling closed guard 818 can just opened, and can lock itself.
When filling closed guard 806 moves to right unlatching, opens filling through-hole 822 to teeter chamber's filling, filling closing limit
Detection module sends a signal to controller 10, and filling through-hole 822 is opened at this time for prompt, the stirring electricity of the locking of controller 10 at this time
Machine will not control stirring motor work user sends stirring instruction, and partial material can remain in filling closing gear at this time
On plate 806, the residence time can cause material outmoded too long, the quality of stirring discharging be influenced, at this time on filling closed guard 806
Residual material detection module can detect residual material, and testing result is sent to controller 10, when residual quantity is more than setting value, then
Controller 10 controls electric rotating machine work, shaft rotation is driven, and then filling closed guard 806 is driven to rotate, by remaining object
Material pours into teeter chamber.
When filling closed guard 806 moves to left, and closes filling through-hole 822, filling closing limit detection module sends signal
To controller 10, filling through-hole 822 is closed at this time for prompt, and user can send stirring instruction by input module at this time, make
Controller controls stirring motor work, drives agitator arm rotation, is stirred to the material in teeter chamber 2.
Pre- filling isolator 8 of the present invention, relatively traditional pre- filling isolator, can by equipped with tooth
The mechanism of the compositions such as wheel, drawstring, spring carries out filling and adds in advance when equipment being enable to use, and can ensure in pre- addition
Feed inlet and feed inlet one at storing open a closure, enable a device in whipping process, the stirring material splash
With the storing in the water pollution storage bin hopper of addition, the drying property of material to be mixed and pure property are influenced, even if being sputtered onto pre- filling
Also pre- filling can only be polluted in device.
The present invention is exemplarily described above, it is clear that present invention specific implementation is not subject to the restrictions described above,
As long as using the improvement of the various unsubstantialities of inventive concept and technical scheme of the present invention progress, or not improved this is sent out
Bright design and technical solution directly applies to other occasions, within protection scope of the present invention.The protection of the present invention
Range should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of isolated material agitator, including pedestal (1), teeter chamber (2), filler (3), stirring motor, agitator arm,
Stir discharge port (4), filling bucket (7), pre- filling isolator (8), controller (10) and input module, pedestal (1) top
It is connected with teeter chamber (2), teeter chamber (2) side wall is equipped with filler (3), and agitator arm, paddle are equipped in teeter chamber (2)
Wheel connection drives the stirring motor that agitator arm rotates in teeter chamber, and pre- filling isolator is connected at the top of teeter chamber (2)
(8), connection filling bucket (7) at the top of pre- filling isolation ward, it is characterised in that：The pre- filling isolator (8) includes pre- filling dress
Matching board (803), charging closed guard (806), filling buck plate (815), filling closed guard (818), pre- filling body
(801), feed-throughs (807), filling through-hole (822), filling interlocking linkage mechanism, residual material detection module, pre- filling body
(801) bottom end is welded with filling buck plate (815), and top is welded with pre- filling buck plate (803), pre- filling buck plate (803)
From top to bottom integration is equipped with feed-throughs (807) in left side, and charging closed guard (806) is pushed up mounted on pre- filling body (801)
Portion, with pre- filling buck plate (803) clearance fit, from top to bottom integration runs through equipped with filling in filling buck plate (815) left side
Through-hole (822), filling closed guard (818) are mounted on pre- filling body (801) bottom, match with filling buck plate (815) gap
It closing, filler mutual interlocking gear is mounted in pre- filling body, is connect with charging closed guard (806), filling closed guard (818),
Residual material detection module is equipped at the top of filling closed guard (810), filling closed guard (810) one end is connected with shaft, shaft
It is connected with electric rotating machine, input module, residual material detection module, stirring motor and electric rotating machine electrically connect with controller (10)
It connects.
2. a kind of isolated material agitator according to claim 1, it is characterised in that：Filling interlocking linkage mechanism
Including filling tripper (802), the first compressed spring (804), charging closing detection plate (805), charging baffle locking level
(808), the second compressed spring (809), charging locking buck plate (810), the first drawstring spring (811), the first pre- pull head
(812), feed driving device (813), filling transmission device (814), the second pre- pull head (816), the second extension spring (817),
Filling baffle locking level (819), third compressed spring (820), filling locking buck plate (821), filling close detection plate
(823), the 4th compressed spring (824), charging tripper (825), described filling closing detection plate (823) left end pass through the 4th
Compressed spring (824) inlays splicing with filling buck plate (815), and right end is communicated with filling through-hole (822) left end, the filling envelope
It closes baffle (818) right end to weld by the second extension spring (817) and the second pre- pull head (816), between filling buck plate (815)
Gap coordinates, and left end is communicated with filling through-hole (822) right end, and the filling locking buck plate (821) is welded in filling buck plate
(815) top is set on the left of filling through-hole (822), and the filling baffle locking level (819) top passes through third compressed spring
(820) welding, top middle portion and filling tripper (802) interlocking, the pre- filling are inlayed with filling locking buck plate (821)
From top to bottom integration is equipped with feed-throughs (807) on the left of buck plate (803), and described charging closing detection plate (805) left end is logical
Cross the first compressed spring (804) and pre- filling buck plate (803) and inlay splicing, right end is communicated with feed-throughs (807), it is described into
Expect that closed guard (806) right end is welded by the first drawstring spring (811) and the first pre- pull head (812), with pre- filling buck plate
(803) clearance fit, left side connect with charging closing detection plate (805), the filling tripper (802) and pre- filling
Body (801) inlays welding, and with charging closing detection plate (805) bottom end welding, the charging locking buck plate (810) is welded in
Pre- filling buck plate (803) bottom end, is located on the right side of feed-throughs (807), and top middle portion is inlayed by the second compressed spring (809)
It is welded with charging baffle locking level (808), the charging baffle locking level (808) top and charging closed guard (806) bottom end
Snapping is inlayed on right side, described feed driving device (813) one end and charging closed guard (806) lower right corner interlocking, the other end with
Interlocking in the middle part of second pre- pull head (816) right end, inlays welding, the filling transmission device (814) one with pre- filling body (801)
Interlocking in the middle part of end and filling closed guard (818) upper right corner interlocking, the other end and the first pre- pull head (812) right end, with pre- filling
Body (801) inlays welding, the charging tripper (825) and charging baffle locking level (808) center bottom interlocking, and pre-
Filling body (801) inlays welding, and with filling closing detection plate (823) top welding, filling is closed to be arranged in detection plate (823)
There are filling closing limit detection module, filling closing limit detection module to be electrically connected with controller (10).
3. a kind of isolated material agitator according to claim 2, it is characterised in that：The filling tripper
(802) include the first unlock assembly head (80201), the first transmission buck plate (80202), the first torsionspring (80203), first
Link shaft (80204), the first reel (80205), first gear (80206), the first rack (80207), the first unlock company
Connector (80208), the first drawstring (80209), the first fixed pulley (80210), the first unlock assembly head (80201) are welded in
Pre- filling body (801) and pre- filling buck plate (803) junction upper left corner interior angle, inner bottom are welded with the first transmission assembly
Plate (80202), the first transmission buck plate (80202) are equipped with 2 pieces, and the 1st piece passes through the first torsionspring (80203) and first
Linkage shaft (80204) inlays snapping, and the 2nd piece is inlayed welding, first linkage with top on front side of filling tripper (802)
Shaft (80204) extends through the first reel (80205), first gear (80206) from front to back, with the first reel
(80205), first gear (80206) is glued, and passes through the first unlock connector on the right side of the first rack (80207) top
(80208) it with charging closing detection plate (805) bottom end welding, is engaged with first gear (80206) top on the right side of bottom end, described the
One fixed pulley (80210), which is inlayed, is buckled in the 2nd piece of first transmission buck plate (80202) center bottom, first drawstring
(80209) one end and the first reel (80205) top interlocking, the other end is around the first fixed pulley (80210) and filling baffle
Locking level (819) top middle portion interlocking.
4. a kind of isolated material agitator according to claim 2, it is characterised in that：The feed driving device
(813) include the second fixed pulley (81301), the second drawstring (81302), third fixed pulley (81303), the second transmission buck plate
(81304), third fixed pulley (81305), the 4th fixed pulley (81306), the third fixed pulley (81303), which is inlayed, is buckled in
Two transmission buck plate (81304) front ends, pass through the second transmission buck plate (81304) and pre- filling buck plate (803) bottom end right side
Welding, second fixed pulley (81301) inlay snapping with second transmission buck plate (81304) lower left corner, pass through the second transmission
Buck plate (81304) and pre- filling buck plate (803), pre- filling body (801) upper right corner junction inside corner weld, the third
Snapping is inlayed on fixed pulley (81305), the 4th fixed pulley (81306) and second transmission buck plate (81304) top, and the third is fixed
Pulley (81305) is welded in by the second transmission buck plate (81304) below pre- filling body (801) inner right side, and described the
Four fixed pulleys (81306) are welded in weldering on the right side of filling buck plate (815) inner bottom by the second transmission buck plate (81304)
It connects, described second drawstring (81302) one end and interlocking on the downside of charging closed guard (806) right end, the other end are fixed sliding around second
Take turns (81301), the 4th fixed pulley (81306), third fixed pulley (81305) and interlocking in the middle part of the second pre- pull head (816) right end.
5. a kind of isolated material agitator according to claim 2, it is characterised in that：The filling transmission device
(814) include the 5th fixed pulley (81401), third drawstring (81402), the 6th fixed pulley (81403), third transmission buck plate
(81404), the 7th fixed pulley (81405), the 8th fixed pulley (81406), the 9th fixed pulley (81407), the 5th fixed pulley
(81401), the 7th fixed pulley (81405), which is inlayed, is buckled in third transmission buck plate (81404) center bottom, and the described 5th is fixed sliding
It takes turns (81401) and buck plate (81404) and pre- filling buck plate (803) center bottom vertical welding is driven by third, described the
Seven fixed pulleys (81405) are driven buck plate (81404) by third and are welded with pre- filling buck plate (803) bottom end, are set to the 5th
On the right side of fixed pulley (81401), the 6th fixed pulley (81403), the 8th fixed pulley (81406), which are inlayed, is buckled in third transmission dress
Matching board (81404) top middle portion, the 6th fixed pulley (81403) are driven buck plate (81404) by third and are welded in pre- add
Expect on the right side of buck plate (803) inner bottom, the 8th fixed pulley (81406) is driven buck plate (81404) by third and welds
On the right side of filling buck plate (815) inner bottom, the 9th fixed pulley (81407), which is inlayed, is buckled in third transmission buck plate
(81404) front center is driven buck plate (81404) on the right side of filling buck plate (815) inner tip by third, is set to the
On the left of eight fixed pulleys (81406), described third drawstring (81402) one end and interlocking in the middle part of the first pre- pull head (812) right end are another
End is around the 5th fixed pulley (81401), the 6th fixed pulley (81403), the 7th fixed pulley (81405), the 8th fixed pulley
(81406), the 9th fixed pulley (81407) and interlocking in the middle part of the second pre- pull head (816) right end.
6. a kind of isolated material agitator according to claim 2, it is characterised in that：The charging tripper
(825) include the tenth fixed pulley (82501), the second unlock connector (82502), the second rack (82503), the second linkage shaft
(82504), the second reel (82505), second gear (82506), the second torsionspring (82507), the 4th transmission buck plate
(82508), the 4th drawstring (82509), the 11st fixed pulley (82510), the tenth fixed pulley (82501), the tenth are centainly slided
Wheel (82510), which is inlayed, is buckled in the 4th transmission buck plate (82508) top, is hung down respectively by the 4th transmission buck plate (82508)
It is straight to be welded at left and right sides of filling buck plate (815) top, connected by the second unlock on the right side of the second rack (82503) bottom end
Connector (82502) and filling closing detection plate (823) top welding, the second linkage shaft (82504) pass through the second torsion
Spring (82507) inlays snapping with the 4th transmission buck plate (82508), is filled with filling by the 4th transmission buck plate (82508)
Welding on the left of matching board (815) inner tip runs through the second reel (82505), second gear (82506) middle part from front to back,
It is glued with the second reel (82505), second gear (82506), second gear (82506) bottom end and the second rack
(82503) top left hand engages, and the second reel (82505) bottom end interlocking has one end of the 4th drawstring (82509), described
The other end of 4th drawstring (82509) is around the 11st fixed pulley (82510), the tenth fixed pulley (82501) and charging Fender lock
Fixed pole (808) center bottom interlocking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810486859.6A CN108607388A (en) | 2018-05-18 | 2018-05-18 | A kind of isolated material agitator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810486859.6A CN108607388A (en) | 2018-05-18 | 2018-05-18 | A kind of isolated material agitator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108607388A true CN108607388A (en) | 2018-10-02 |
Family
ID=63663832
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201810486859.6A Withdrawn CN108607388A (en) | 2018-05-18 | 2018-05-18 | A kind of isolated material agitator |
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| Country | Link |
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| CN (1) | CN108607388A (en) |
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Application publication date: 20181002 |
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