CN206980631U - A kind of efficient mixing arrangement with double mixing drums - Google Patents
A kind of efficient mixing arrangement with double mixing drums Download PDFInfo
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- CN206980631U CN206980631U CN201720344972.1U CN201720344972U CN206980631U CN 206980631 U CN206980631 U CN 206980631U CN 201720344972 U CN201720344972 U CN 201720344972U CN 206980631 U CN206980631 U CN 206980631U
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Abstract
It the utility model is related to mixing arrangement field, more particularly to a kind of efficient mixing arrangement with double mixing drums, including upper drive device, fixed plate, left agitating device, right agitating device, lower drive device, left mixing drum, right mixing drum, left charging pipe device, right charging pipe device, fixed mount, the upper drive device is arranged on fixed mount inner top side, upper drive device lower end is connected plate, upper drive device left end connects left agitating device, and right-hand member connects right agitating device；The left agitating device upper end passes through fixed plate inside left-end, and lower end is inserted into inside left mixing drum；Through right-hand member on the inside of fixed plate, lower end is inserted into inside right mixing drum for the right agitating device upper end；The left mixing drum bottom is arranged on the left of fixed plate interior lower end, and right mixing drum bottom is arranged on the right side of fixed plate interior lower end.The utility model has the advantages of mixing efficiency is higher, mixed effect is preferable, mixing is more uniform.
Description
Technical field
Mixing arrangement field is the utility model is related to, more particularly to a kind of efficient mixing arrangement with double mixing drums.
Background technology
Mixer is the plant equipment mixed to material, and in general material mixer is all to use a rabbling mechanism
With a mixing drum, rabbling mechanism is arranged on inside mixing drum, and material is put into mixing drum inside, opens rabbling mechanism pair
Material is mixed, during mixing, mixing efficiency is relatively low, mixing not thoroughly, mixed effect it is general, mixed raw material is in processing
The quality of converted products can be had a strong impact on.
Such as a kind of cooling mixing machine that number of patent application is CN201520275124.0, including base, motor, mixing
Cylinder, rotating shaft, mixing impeller and uncap, the base is provided with motor and mixing drum, and mixing impeller is placed in mixing drum, mixing drum
Upper end open and being covered with is uncapped, uncap on be provided with drain hopper, decelerator and rotating shaft of the motor by mixing drum bottom
Connection, the mixing impeller are uniformly laid in rotating shaft Zhou Duan, mix fixation on drum outer wall and are wound with cooling tube, cooling tube one end leads to
Valve is crossed with being connected on the right side of cooling storehouse, the cooling tube other end, with being connected on the left of cooling storehouse, is set by compression pump in the cooling storehouse
There is liquid nitrogen, be provided with heat-insulation layer in the mixing drum outer circumferential walls, the cooling tube being wrapped on mixing drum is arranged on heat-insulation layer
Interior, the utility model is simple in construction, can quickly cool down, cost-effective, substantially increases the cooling effectiveness of cooling tube, conveniently puts
The thorough cleaning of hopper, but there is mixing efficiency is relatively low, mixing is not thorough, mixed effect in general is asked for the utility model
Topic.
Utility model content
The purpose of this utility model is to provide a kind of efficient mixing arrangement with double mixing drums, and inside sets double stirrings
Cylinder, double-stirring device, mixed by the rotation of double mixing drums and double-stirring device, substantially increase the effect of mixing
Rate, there is the advantages of mixing efficiency is higher, mixed effect is preferable, mixing is more uniform.
The purpose of this utility model is achieved through the following technical solutions：
A kind of efficient mixing arrangement with double mixing drums, including upper drive device, fixed plate, left agitating device, the right side are stirred
Mix device, lower drive device, left mixing drum, right mixing drum, left charging pipe device, right charging pipe device, fixed mount, the upper drive
Dynamic device is arranged on fixed mount inner top side, and upper drive device lower end is connected plate, and upper drive device left end connects left stirring
Device, right-hand member connect right agitating device；The left agitating device upper end passes through fixed plate inside left-end, and lower end is inserted into left stirring
Cylinder is internal；Through right-hand member on the inside of fixed plate, lower end is inserted into inside right mixing drum for the right agitating device upper end；The left stirring
Cylinder bottom is arranged on the left of fixed plate interior lower end, and right mixing drum bottom is arranged on the right side of fixed plate interior lower end；The lower drive
Dynamic device is arranged on the right side of fixed plate interior lower end, and lower drive device left end by the first transmission right mixing drum of band connection, stir by the right side
Mix cylinder and pass through the second transmission left mixing drum of band connection；The left charging pipe device is arranged on upper end on the left of fixed mount, left feed pipe
Device bottom righthand side is left mixing drum；The right charging pipe device is arranged on upper end on the right side of fixed mount, right charging pipe device lower-left end
For right mixing drum；
The fixed mount is made up of upper frame plate, light frame plate, right frame plate, lower frame plate, and upper frame plate bottom passes on left bolt company
Light frame plate is connect, is bolted right frame plate on the right side of upper frame plate bottom, light frame plate bottom is bolted on lower frame plate top
Left side, right frame plate bottom are bolted on the right side of lower frame plate top；
The upper drive device is made up of upper motor, upper drive shaft, upper transfer gear, the first cylinder roller bearing,
Upper motor upper end is arranged on fixed mount inner top side, the upper upper drive shaft of motor output end connection, upper drive by bolt
Moving axis middle-end welds upper transfer gear, and upper drive shaft lower end is welded on the inside of the first cylinder roller bearing, the first cylindrical roller axle
Hold outer end and be welded on middle-end on the inside of fixed plate；
The left agitating device welds the left agitating plate of agitating roller, second by left driven gear, left driven axle, multiple tops
Cylinder roller bearing is formed, and left driven gear is welded on left driven axle top, and upper end is welded on the rolling of the second cylinder in left driven axle
On the inside of sub- bearing, the second cylinder roller bearing outer end is welded on fixed plate inside left-end, and left driven axle lower end is inserted into left stirring
Cylinder is internal, and left driven axle is inserted into the respectively multiple top welding agitating rollers above and below welding of the axis body left and right ends inside left mixing drum
Left agitating plate；
The right agitating device welds the right agitating plate of agitating roller, the 3rd by right driven gear, right driven axle, multiple tops
Cylinder roller bearing is formed, and right driven gear is welded on right driven axle top, and upper end is welded on the rolling of the 3rd cylinder in right driven axle
On the inside of sub- bearing, the 3rd cylinder roller bearing outer end is welded on right-hand member on the inside of fixed plate, and right driven axle lower end is inserted into right stirring
Cylinder is internal, and right driven axle is inserted into the respectively multiple top welding agitating rollers above and below welding of the axis body left and right ends inside right mixing drum
Right agitating plate；
The left mixing drum holds axle bed structure by the left-hand cylinder body of top surface hollow out, left-handed swivel base, left-handed rotating shaft, left-handed runner, a left side
Into left-handed swivel base is welded in left-hand cylinder body bottom, and left-handed rotating shaft is welded among left-handed swivel base bottom, anticlockwise is welded in left-handed rotating shaft
Wheel, left-handed rotating shaft bottom is inserted into be bolted and held on a left side for lower frame plate top left hand inside axle bed；
The right mixing drum is by the right cylinder of top surface hollow out, dextrorotation swivel base, dextral shaft, right follower, dextrorotation runner, the right side
Hold axle bed composition, dextrorotation swivel base is welded in right cylinder bottom, welding dextral shaft among dextrorotation swivel base bottom, dextral shaft outer end by
Up to lower to weld right follower, dextrorotation runner, dextral shaft bottom, which is inserted into, to be bolted on the right side of lower frame plate top
Hold inside axle bed on the right side；
The lower drive device is made up of lower motor, lower drive shaft, lower driving wheel；Lower motor is pacified by bolt
On the right side of lower frame plate top, the lower lower drive shaft of motor output end connection, lower driving wheel is welded in lower drive shaft upper end；
The upper transfer gear left end engagement connects left driven gear, and the engagement of upper transfer gear right-hand member connects right passive tooth
Wheel；The lower driving wheel passes through the first transmission right follower of band connection；The dextrorotation runner is left-handed by the second transmission band connection
Runner；The upper motor, lower motor all pass through wire connecting power.
The left charging pipe device, right feed pipe apparatus structure are identical；The left charging pipe device is defeated by left feed hopper, a left side
Expects pipe is formed, and left feed hopper bottom is welded on the left conveying pipeline left end mouth of pipe, and left conveying pipeline is welded on light frame plate upper end, left conveying
The pipe right-hand member mouth of pipe is arranged on left mixing drum top left hand.
The left-handed swivel base, dextrorotation turning-stand structure for electric are identical；The left-handed swivel base is by the swingle of left and right two, swivel plate structure
Into the swingle upper end of left and right two is welded on left-hand cylinder body bottom, and the swingle lower end of left and right two is welded on swivel plate top, rotation
Plate lower end is welded on left-handed rotating shaft top.
The beneficial effects of the utility model：A kind of efficient mixing arrangement with double mixing drums of the present utility model, it is internal
Double mixing drum, double-stirring devices are set, by the mixing of double mixing drums and double-stirring device, substantially increase mixing
Efficiency, have mixing efficiency is higher, mixed effect preferably, the advantages of mixing is more uniform.
Brief description of the drawings
The utility model is described in more detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is the structural representation of fixed plate inside the utility model；
Fig. 3 is the structural representation of upper drive device inside the utility model；
Fig. 4 is the structural representation of left agitating device inside the utility model；
Fig. 5 is the structural representation of right agitating device inside the utility model；
Fig. 6 is the structural representation of subordinate's drive device in the utility model；
Fig. 7 is the structural representation of left mixing drum inside the utility model；
Fig. 8 is the structural representation of right mixing drum inside the utility model；
Fig. 9 is the structural representation of left charging pipe device inside the utility model；
Figure 10 is the structural representation of fixed mount inside the utility model；
Figure 11 is the utility model internal circuit diagram.
In figure：Upper drive device 1；Upper motor 1-1；Upper drive shaft 1-2；Upper transfer gear 1-3；First cylindrical roller
Bearing 1-4；
Fixed plate 2；
Left agitating device 3；Left driven gear 3-1；Left driven axle 3-2；Weld the left agitating plate 3-3 of agitating roller in top；The
Two cylinder roller bearing 3-4；
Right agitating device 4；Right driven gear 4-1；Right driven axle 4-2；Weld the right agitating plate 4-3 of agitating roller in top；The
Three cylinder roller bearing 4-4；
Lower drive device 5；Lower motor 5-1；Lower drive shaft 5-2；Lower driving wheel 5-3；
Left mixing drum 6；Left-hand cylinder body 6-1；Left-handed swivel base 6-2；Swingle 6-2-1；Swivel plate 6-2-2；Left-handed rotating shaft 6-3；
Left-handed runner 6-4；Hold axle bed 6-5 in a left side；
Right mixing drum 7；Right cylinder 7-1；Dextrorotation swivel base 7-2；Dextral shaft 7-3；Right follower 7-4；Dextrorotation runner 7-5；
Hold axle bed 7-6 in the right side；
Left charging pipe device 8；Left feed hopper 8-1；Left conveying pipeline 8-2；
Right charging pipe device 9；
Fixed mount 10；Upper frame plate 10-1；Light frame plate 10-2；Right frame plate 10-3；Lower frame plate 10-4.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment one：
A kind of efficient mixing arrangement with double mixing drums, including upper drive device 1, fixed plate 2, left agitating device 3, the right side
Agitating device 4, lower drive device 5, left mixing drum 6, right mixing drum 7, left charging pipe device 8, right charging pipe device 9, fixed mount
10, the upper drive device 1 is arranged on the inner top side of fixed mount 10, and the upper lower end of drive device 1 is connected plate 2, upper driving dress
Put 1 left end and connect left agitating device 3, right-hand member connects right agitating device 4；The upper end of left agitating device 3 passes through the inner side of fixed plate 2
Left end, lower end are inserted into inside left mixing drum 6；The right agitating device upper end passes through the inner side right-hand member of fixed plate 2, and lower end is inserted into
Inside right mixing drum 7；The bottom of left mixing drum 6 is arranged on the left of the interior lower end of fixed plate 2, and the right bottom of mixing drum 7 is arranged on
On the right side of the interior lower end of fixed plate 2；The lower drive device 5 is arranged on the right side of the interior lower end of fixed plate 2, the lower left end of drive device 5
By the first transmission right mixing drum 7 of band connection, right mixing drum 7 passes through the second transmission left mixing drum 6 of band connection；The left feed pipe
Device 8 is arranged on the left side upper end of fixed mount 10, and the left charging bottom righthand side of pipe device 8 is left mixing drum 6；The right charging pipe device 9
The right side upper end of fixed mount 10 is arranged on, right charging pipe device 9 lower-left end is right mixing drum 7；
The fixed mount 10 is made up of upper frame plate 10-1, light frame plate 10-2, right frame plate 10-3, lower frame plate 10-4, upper frame plate
10-1 bottoms pass on left bolt connection light frame plate 10-2, and right frame plate 10-3 is bolted on the right side of upper frame plate 10-1 bottoms,
Light frame plate 10-2 bottoms are bolted to be bolted under in lower frame plate 10-4 top left hands, right frame plate 10-3 bottoms
On the right side of frame plate 10-4 tops；
The upper drive device 1 is by upper motor 1-1, upper drive shaft 1-2, upper transfer gear 1-3, the first cylindrical roller
Bearing 1-4 is formed, and upper motor 1-1 upper ends are arranged on the inner top side of fixed mount 10, upper motor 1-1 outputs by bolt
The upper drive shaft 1-2 of end connection, upper drive shaft 1-2 middle-ends weld upper transfer gear 1-3, and upper drive shaft 1-2 lower ends are welded on first
On the inside of cylinder roller bearing 1-4, the first cylinder roller bearing 1-4 outer ends are welded on the inner side middle-end of fixed plate 2；
The left agitating device 3 is welded the left stirring of agitating roller by left driven gear 3-1, left driven axle 3-2, multiple tops
Plate 3-3, the second cylinder roller bearing 3-4 are formed, and left driven gear 3-1 is welded on left driven axle 3-2 tops, left driven axle 3-2
Middle upper end is welded on the inside of the second cylinder roller bearing 3-4, and the second cylinder roller bearing 3-4 outer ends are welded on the inner side of fixed plate 2
Left end, left driven axle 3-2 lower ends are inserted into inside left mixing drum 6, and left driven axle 3-2 is inserted into the axis body inside left mixing drum 6
Respectively the left agitating plate 3-3 of agitating rollers is welded on multiple tops above and below welding for left and right ends；
The right agitating device 4 is welded the right stirring of agitating roller by right driven gear 4-1, right driven axle 4-2, multiple tops
Plate 4-3, the 3rd cylinder roller bearing 4-4 are formed, and right driven gear 4-1 is welded on right driven axle 4-2 tops, right driven axle 4-2
Middle upper end is welded on the inside of the 3rd cylinder roller bearing 4-4, and the 3rd cylinder roller bearing 4-4 outer ends are welded on the inner side of fixed plate 2
Right-hand member, right driven axle 4-2 lower ends are inserted into inside right mixing drum 7, and right driven axle 4-2 is inserted into the axis body inside right mixing drum 7
Respectively the right agitating plate 4-3 of agitating rollers is welded on multiple tops above and below welding for left and right ends；
The left mixing drum 6 is by the left-hand cylinder body 6-1 of top surface hollow out, left-handed swivel base 6-2, left-handed rotating shaft 6-3, left-handed runner 6-
4th, axle bed 6-5 compositions are held on a left side, and left-hand cylinder body 6-1 bottoms weld left-handed swivel base 6-2, anticlockwise is welded among left-handed swivel base 6-2 bottoms
Left-handed runner 6-4 is welded on axle 6-3, left-handed rotating shaft 6-3, left-handed rotating shaft 6-3 bottoms, which are inserted into, to be bolted in lower frame plate
Hold inside axle bed 6-5 on a left side for 10-4 top left hands；
The right mixing drum 7 is by the right cylinder 7-1 of top surface hollow out, dextrorotation swivel base 7-2, dextral shaft 7-3, right follower 7-
4th, dextrorotation runner 7-5, the right side are held axle bed 7-6 and formed, right cylinder 7-1 bottoms welding dextrorotation swivel base 7-2, in dextrorotation swivel base 7-2 bottoms
Between weld dextral shaft 7-3, dextral shaft 7-3 from top to bottom welds outer end right follower 7-4, dextrorotation runner 7-5, dextral shaft
7-3 bottoms are inserted into the right side being bolted on the right side of lower frame plate 10-4 tops and held inside axle bed 7-6；
The lower drive device 5 is made up of lower motor 5-1, lower drive shaft 5-2, lower driving wheel 5-3；Lower motor
5-1 is arranged on the right side of lower frame plate 10-4 tops by bolt, the lower lower drive shaft 5-2 of motor 5-1 output ends connection, lower driving
Axle 5-2 upper ends welding lower driving wheel 5-3；
The upper transfer gear 1-3 left ends engagement connects left driven gear 3-1, the engagement connection of upper transfer gear 1-3 right-hand members
Right driven gear 4-1；The lower driving wheel 5-3 passes through the first right follower 7-4 of transmission band connection；The dextrorotation runner 7-5 leads to
Cross the second transmission band connection anticlockwise wheel 6-4；The upper motor 1-1, lower motor 5-1 all connect electricity by wire
Source.
The left charging pipe device 8, the right charging structure of pipe device 9 are identical；The left charging pipe device 8 is by left feed hopper 8-
1st, left conveying pipeline 8-2 is formed, and left feed hopper 8-1 bottoms are welded on the left conveying pipeline 8-2 left end mouths of pipe, left conveying pipeline 8-2 welding
In light frame plate 10-2 upper ends, the left conveying pipeline 8-2 right-hand member mouths of pipe are arranged on the left top left hand of mixing drum 6.
The left-handed swivel base 6-2, dextrorotation swivel base 7-2 structures are identical；The left-handed swivel base 6-2 is by the swingle 6- of left and right two
2-1, swivel plate 6-2-2 are formed, and the swingle 6-2-1 upper ends of left and right two are welded on left-hand cylinder body 6-1 bottoms, the swingle of left and right two
6-2-1 lower ends are welded on swivel plate 6-2-2 tops, and swivel plate 6-2-2 lower ends are welded on left-handed rotating shaft 6-3 tops.
In Figure 11, M1 is upper motor 1-1；M2 is lower motor 5-1.
A kind of efficient mixing arrangement with double mixing drums of the present utility model, its operation principle are：When in use, first
Material is put into left mixing drum 6, right mixing drum 7 respectively by left charging pipe device 8, right charging pipe device 9, Ran Houkai
Drive device 1, lower drive device 5 are opened, upper drive device drives left agitating device 3, right agitating device 4 to left mixing drum 6, the right side
Material inside mixing drum 7 is mixed, and lower drive device 5 drives left mixing drum 6, right mixing drum 7 to be rotated so that
Material is mixed and is more uniformly distributed；
The upper drive device 1 is by upper motor 1-1, upper drive shaft 1-2, upper transfer gear 1-3, the first cylindrical roller
Bearing 1-4 is formed, and upper motor 1-1 upper ends are arranged on the inner top side of fixed mount 10, upper motor 1-1 outputs by bolt
The upper drive shaft 1-2 of end connection, upper drive shaft 1-2 middle-ends weld upper transfer gear 1-3, and upper drive shaft 1-2 lower ends are welded on first
On the inside of cylinder roller bearing 1-4, the first cylinder roller bearing 1-4 outer ends are welded on the inner side middle-end of fixed plate 2；Upper drive device 1
At work, drive shaft 1-2 is rotated in upper motor 1-1 drives, and upper drive shaft 1-2 drives upper transfer gear 1-3 to enter
Row rotation, upper transfer gear 1-3 drive the left driven gear 3-1 in the left inside of agitating device 3, the right passive tooth in the inside of right agitating device 4
4-1 rotation is taken turns, so as to realize the rotation of left agitating device 3, right agitating device 4；
The lower drive device 5 is made up of lower motor 5-1, lower drive shaft 5-2, lower driving wheel 5-3；Lower motor
5-1 is arranged on the right side of lower frame plate 10-4 tops by bolt, the lower lower drive shaft 5-2 of motor 5-1 output ends connection, lower driving
Axle 5-2 upper ends welding lower driving wheel 5-3；At work, lower motor 5-1 drives lower drive shaft 5-2 rotation to lower drive device 5
Turning, lower drive shaft 5-2 drives lower driving wheel 5-3 rotation, and lower driving wheel 5-3 is driven the right follower 7-4 of band connection by first,
So as to drive the rotation of right mixing drum 7；The dextrorotation runner 7-5 is by the second transmission band connection anticlockwise wheel 6-4, so as to drive
The rotation of left mixing drum 6；
The left mixing drum 6 is by the left-hand cylinder body 6-1 of top surface hollow out, left-handed swivel base 6-2, left-handed rotating shaft 6-3, left-handed runner
6-4, a left side hold axle bed 6-5 compositions, and left-handed swivel base 6-2 is welded in left-hand cylinder body 6-1 bottoms, and welding is left-handed among left-handed swivel base 6-2 bottoms
Left-handed runner 6-4 is welded on rotating shaft 6-3, left-handed rotating shaft 6-3, left-handed rotating shaft 6-3 bottoms, which are inserted into, to be bolted in undercarriage
Hold inside axle bed 6-5 on a left side for plate 10-4 top left hands；Left-handed runner 6-4 passes through the second transmission band connection right rotation wheel 7-5, dextrorotation
Runner 7-5 drives left-handed runner 6-4 rotations, and left-handed runner 6-4 drives left-handed rotating shaft 6-3 rotations, and left-handed rotating shaft 6-3 drives left-handed
Swivel base 6-2 rotates, and left-handed swivel base 6-2 drives left-hand cylinder body 6-1 rotations；
The right mixing drum 7 is by the right cylinder 7-1 of top surface hollow out, dextrorotation swivel base 7-2, dextral shaft 7-3, right follower 7-
4th, dextrorotation runner 7-5, the right side are held axle bed 7-6 and formed, right cylinder 7-1 bottoms welding dextrorotation swivel base 7-2, in dextrorotation swivel base 7-2 bottoms
Between weld dextral shaft 7-3, dextral shaft 7-3 from top to bottom welds outer end right follower 7-4, dextrorotation runner 7-5, dextral shaft
7-3 bottoms are inserted into the right side being bolted on the right side of lower frame plate 10-4 tops and held inside axle bed 7-6；Right follower 7-4 leads to
Cross the first transmission band connection lower driving wheel 5-3, lower driving wheel 5-3 and drive right follower 7-4 rotations, right follower 7-4 drives right
Rotary shaft 7-3 rotates, and dextral shaft 7-3 drives dextrorotation swivel base 7-2 rotations, and dextrorotation swivel base 7-2 drives right cylinder 7-1 rotations.
Certainly, described above is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in essential scope of the present utility model, also belong to
In the scope of protection of the utility model.
Claims (3)
1. a kind of efficient mixing arrangement with double mixing drums, including upper drive device (1), fixed plate (2), left agitating device
(3), right agitating device (4), lower drive device (5), left mixing drum (6), right mixing drum (7), left charging pipe device (8), the right side are entered
Expects pipe device (9), fixed mount (10), it is characterised in that：The upper drive device (1) is arranged on fixed mount (10) inner top side,
Upper drive device (1) lower end is connected plate (2), and upper drive device (1) left end connects left agitating device (3), and right-hand member connection is right
Agitating device (4)；Left agitating device (3) upper end passes through fixed plate (2) inside left-end, and lower end is inserted into left mixing drum (6)
It is internal；Through right-hand member on the inside of fixed plate (2), it is internal that lower end is inserted into right mixing drum (7) for right agitating device (4) upper end；Institute
Left mixing drum (6) bottom is stated on the left of fixed plate (2) interior lower end, right mixing drum (7) bottom is arranged in fixed plate (2)
On the right side of subordinate end；The lower drive device (5) is arranged on the right side of fixed plate (2) interior lower end, and lower drive device (5) left end passes through
The first transmission right mixing drum of band connection (7), right mixing drum (7) pass through the second transmission left mixing drum of band connection (6)；The left charging
Pipe device (8) is arranged on upper end on the left of fixed mount (10), and left charging pipe device (8) bottom righthand side is left mixing drum (6)；The right side is entered
Expects pipe device (9) is arranged on upper end on the right side of fixed mount (10), and right charging pipe device (9) lower-left end is right mixing drum (7)；
The fixed mount (10) is made up of upper frame plate (10-1), light frame plate (10-2), right frame plate (10-3), lower frame plate (10-4),
Upper frame plate (10-1) bottom passes on left bolt connection light frame plate (10-2), is bolted on the right side of upper frame plate (10-1) bottom
Right frame plate (10-3), light frame plate (10-2) bottom are bolted in lower frame plate (10-4) top left hand, right frame plate (10-3)
Bottom is bolted on the right side of lower frame plate (10-4) top；
The upper drive device (1) is by upper motor (1-1), upper drive shaft (1-2), upper transfer gear (1-3), the first cylinder
Roller bearing (1-4) is formed, and upper motor (1-1) upper end is arranged on fixed mount (10) inner top side, upper driving by bolt
The upper drive shaft (1-2) of motor (1-1) output end connection, upper drive shaft (1-2) middle-end welding upper transfer gear (1-3), upper driving
Axle (1-2) lower end is welded on the inside of the first cylinder roller bearing (1-4), and the first cylinder roller bearing (1-4) outer end is welded on solid
Middle-end on the inside of fixed board (2)；
The left side that the left agitating device (3) is welded agitating roller by left driven gear (3-1), left driven axle (3-2), multiple tops is stirred
Plate (3-3), the second cylinder roller bearing (3-4) composition are mixed, left driven gear (3-1) is welded on left driven axle (3-2) top,
Upper end is welded on the inside of the second cylinder roller bearing (3-4) in left driven axle (3-2), the second cylinder roller bearing (3-4) outer end
Fixed plate (2) inside left-end is welded on, left driven axle (3-2) lower end is inserted into left mixing drum (6) inside, left driven axle (3-2)
Being inserted into the internal axis body left and right ends of left mixing drum (6), respectively the left agitating plate (3- of agitating rollers is welded on multiple tops above and below welding
3)；
The right side that the right agitating device (4) is welded agitating roller by right driven gear (4-1), right driven axle (4-2), multiple tops is stirred
Plate (4-3), the 3rd cylinder roller bearing (4-4) composition are mixed, right driven gear (4-1) is welded on right driven axle (4-2) top, right
Upper end is welded on the inside of the 3rd cylinder roller bearing (4-4) in driven axle (4-2), the weldering of the 3rd cylinder roller bearing (4-4) outer end
Right-hand member on the inside of fixed plate (2) is connected on, right driven axle (4-2) lower end is inserted into right mixing drum (7) inside, and right driven axle (4-2) is inserted
Enter to the internal axis body left and right ends of right mixing drum (7) respectively to weld the right agitating plate (4-3) of multiple tops welding agitating rollers up and down；
The left mixing drum (6) is by the left-hand cylinder body (6-1) of top surface hollow out, left-handed swivel base (6-2), left-handed rotating shaft (6-3), anticlockwise
Wheel (6-4), a left side hold axle bed (6-5) composition, and left-handed swivel base (6-2), left-handed swivel base (6-2) bottom are welded in left-hand cylinder body (6-1) bottom
Left-handed rotating shaft (6-3) is welded in centre, and left-handed runner (6-4), left-handed rotating shaft (6-3) bottom insertion are welded on left-handed rotating shaft (6-3)
Axle bed (6-5) inside is held on the left side of lower frame plate (10-4) top left hand to being bolted；
The right mixing drum (7) is passive by the right cylinder (7-1) of top surface hollow out, dextrorotation swivel base (7-2), dextral shaft (7-3), the right side
Axle bed (7-6) composition, right cylinder (7-1) bottom welding dextrorotation swivel base (7-2), dextrorotation are held in wheel (7-4), dextrorotation runner (7-5), the right side
Welding dextral shaft (7-3) among swivel base (7-2) bottom, right follower (7- is from top to bottom welded in dextral shaft (7-3) outer end
4), dextrorotation runner (7-5), dextral shaft (7-3) bottom, which is inserted into, to be bolted on the right side of lower frame plate (10-4) top
It is internal that axle bed (7-6) is held on the right side；
The lower drive device (5) is made up of lower motor (5-1), lower drive shaft (5-2), lower driving wheel (5-3)；Lower driving
Motor (5-1) is arranged on the right side of lower frame plate (10-4) top by bolt, the lower lower drive shaft of motor (5-1) output end connection
(5-2), lower drive shaft (5-2) upper end welding lower driving wheel (5-3)；
Upper transfer gear (1-3) the left end engagement connects left driven gear (3-1), and the engagement of upper transfer gear (1-3) right-hand member connects
Connect right driven gear (4-1)；The lower driving wheel (5-3) passes through the first transmission right follower of band connection (7-4)；The right rotation
Take turns (7-5) and pass through the second transmission band connection anticlockwise wheel (6-4)；The upper motor (1-1), lower motor (5-1) are all
Pass through wire connecting power.
A kind of 2. efficient mixing arrangement with double mixing drums according to claim 1, it is characterised in that：The left charging
Pipe device (8), right charging pipe device (9) structure are identical；The left charging pipe device (8) is by left feed hopper (8-1), left conveying pipeline
(8-2) is formed, and left feed hopper (8-1) bottom is welded on left conveying pipeline (8-2) left end mouth of pipe, and left conveying pipeline (8-2) is welded on
Light frame plate (10-2) upper end, left conveying pipeline (8-2) the right-hand member mouth of pipe are arranged on left mixing drum (6) top left hand.
A kind of 3. efficient mixing arrangement with double mixing drums according to claim 1, it is characterised in that：The anticlockwise
Seat (6-2), dextrorotation swivel base (7-2) structure are identical；The left-handed swivel base (6-2) is by left and right two swingle (6-2-1), swivel plate
(6-2-2) is formed, and swingle (6-2-1) upper end of left and right two is welded on left-hand cylinder body (6-1) bottom, the swingle (6- of left and right two
2-1) lower end is welded on swivel plate (6-2-2) top, and swivel plate (6-2-2) lower end is welded on left-handed rotating shaft (6-3) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720344972.1U CN206980631U (en) | 2017-04-05 | 2017-04-05 | A kind of efficient mixing arrangement with double mixing drums |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720344972.1U CN206980631U (en) | 2017-04-05 | 2017-04-05 | A kind of efficient mixing arrangement with double mixing drums |
Publications (1)
| Publication Number | Publication Date |
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| CN206980631U true CN206980631U (en) | 2018-02-09 |
Family
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| CN201720344972.1U Expired - Fee Related CN206980631U (en) | 2017-04-05 | 2017-04-05 | A kind of efficient mixing arrangement with double mixing drums |
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| CN (1) | CN206980631U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020062317A1 (en) * | 2018-09-29 | 2020-04-02 | 冯志容 | Material stirring device with filtering effect |
| CN111031427A (en) * | 2019-12-13 | 2020-04-17 | 惠州市成达电子有限公司 | Earphone production method for improving ear comfort |
-
2017
- 2017-04-05 CN CN201720344972.1U patent/CN206980631U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020062317A1 (en) * | 2018-09-29 | 2020-04-02 | 冯志容 | Material stirring device with filtering effect |
| CN111031427A (en) * | 2019-12-13 | 2020-04-17 | 惠州市成达电子有限公司 | Earphone production method for improving ear comfort |
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