A kind of compound agitating device of inputting type one
Technical field
The present invention relates to the field of stirring, the more particularly to a kind of compound agitating device of inputting type one.
Background technology
Stirring is to make a kind of mixed uniformly conventional meanses of material.But, for existing agitating device, if stirred every time
When mixing, when liquid level is different, will result in part agitating paddle part and be exposed at outside liquid level, cause, stirring efficiency declines, and that
Kind adjustable for height agitating device, although can solve the problems, such as partly to expose, but, it is dumb due to itself, even if handle
Device is reduced to below liquid level, and agitating paddle is not average dispersion so that stirring efficiency is not high, or even can cause in a liquid
Partially liq not enough fails to be completely dispersed uniformly due to stirring, have impact on normal production process.
The content of the invention
In order to solve the above technical problems, the invention provides a kind of inputting type compound agitating device of one.
The technical solution adopted for the present invention to solve the technical problems is:A kind of compound agitating device of inputting type one,
It includes a mixing bowl, agitating paddle, stirring driven pulley, stirring driving wheel and belt;The bottom middle of described a mixing bowl is set
There is locating slot;Stretch into locating slot, the top connection stirring driven pulley of agitating paddle in the bottom of described agitating paddle;Described stirring from
Driving wheel connects stirring driving wheel by belt;Described stirring driving wheel is connected with stirring motor;The side wall of described a mixing bowl
On be vertically arranged with liquid level induction installation;Described agitating paddle includes stirring outer shaft, telescopic blade, anchor blade, locating rod
And motion bar;Described telescopic blade is rearranged in " 8 " font by multiple corresponding preceding looms for intersecting and rear loom;
Pressurization is provided with the loom of described telescopic blade and crushes hole;The preceding loom of described telescopic blade and rear loom intersect
Place is provided with pin for being respectively articulated with preceding loom and rear loom;The side of described pin is provided with through hole;Described determines
Position bar is fixed on the inside of stirring outer shaft;Described motion bar is arranged on the securing lever;The bottom of described motion bar is provided with
Annular bayonet socket;First, top pin on the axis of " 8 " font of described telescopic blade is set in annular by through hole
On bayonet socket;The pin under the pin of first, top on the axis of " 8 " font of described telescopic blade by through hole from
Top to bottm is sequentially sleeved in locating rod;The nethermost pin being arranged on the securing lever is fixed with stirring outer shaft;Described stirs
The side for mixing outer shaft is additionally provided with the slippage slot slided up and down for telescopic blade;The top of described motion bar connects with cylinder
Connect;Described anchor blade is arranged on the bottom of stirring outer shaft and is close to the bottom of a mixing bowl.
What described telescopic blade was specifically constituted in the following manner:The top of loom and upside first before upside first
Pin is provided between the top of loom afterwards and is hinged with pin respectively;Loom behind the end of loom and second before described first
Top between be provided with pin and be hinged with pin respectively;After described first before the end of loom and second loom top
Between be provided with pin and be hinged with pin respectively;Set between the centre of loom before the centre of loom and second after described second
It is equipped with pin and is hinged with pin respectively;After described second between the top of last preceding loom of the end and downside of loom
It is provided with pin and is hinged with pin respectively;The end of the second described preceding loom and the top of last rear loom of downside it
Between be provided with pin and be hinged with pin respectively;The end of last rear loom of downside and the end of last preceding loom of downside
Pin is provided between end and is hinged with pin respectively.
Described liquid level induction installation is liquid level sensor.
Loom, last rear loom of downside behind the preceding loom in upside first, upside first in described telescopic blade
The equal length of last preceding loom with downside, before upside second behind loom and upside second loom equal length, and on
The length of loom is the half of loom before upside second before side first.
Operation principle of the invention:Liquid level in a mixing bowl is sensed by liquid level induction installation;If liquid level is less than
Agitating paddle, then start air cylinder driven motion bar and move downward;Motion bar drives the pin of top side by the annular bayonet socket on top
Move downward;The pin of top side gives preceding loom and the downward power of rear loom, and preceding loom and rear loom are respectively by stirring outer shaft
On slippage slot slide downwards, promote the telescopic blade of " 8 " font to be compressed downwards as fixing point with the pin of lower side, each
Loom all can averagely decline corresponding height, and liquid level is less than to agitating paddle;Now, start stirring motor and drive stirring driving wheel rotation
Turn;Stirring driving wheel stirs driven pulley further through belt drive, and then drives stirring outer shaft rotation, and stirring outer shaft passes through slippage slot
Horizontal location function drive the rotation of telescopic blade, that is, realize purpose of the agitating paddle with liquid level adjust automatically;Can be with
Height regulation is carried out while stirring;Anchor blade is set in the bottom of stirring outer shaft and is close to the bottom of a mixing bowl, make material exist
The bottom of a mixing bowl cannot be attached to during stirring, pressurization be set on loom and be crushed hole, increased liquid and stirred by master
The pressure of oar is mixed, impulsive force of the liquid to main agitating paddle is reduced, liquid is produced in the pressurization crushing hole by main agitating paddle
Raw strong vortice, and then the stirring dynamics of main agitating paddle is strengthened, stirring efficiency has obtained effective raising.
Advantages of the present invention:A kind of compound agitating device of inputting type one of the invention is using the telescopic of " 8 " font
Blade is freely raised and is reduced the purpose to realize agitating paddle with liquid level adjust automatically, and each loom is equal
Even whole corresponding height so that liquid level no matter raising and lowering how many height, uniform stirring, telescopic blade can be realized
Used cooperatively with anchor blade, stirring efficiency and mixing quality is all greatly improved, brought great convenience to agitating procedure, adopted
The design in hole is crushed with pressurization so that stirring efficiency is effectively improved.
Brief description of the drawings
Fig. 1 is the schematic diagram of the inputting type compound agitating device of one of embodiment;
Fig. 2 shows for the internal structure of the tip portion of the agitating paddle of the inputting type compound agitating device of one of embodiment
It is intended to;
Fig. 3 is the schematic cross-sectional view in the A-A faces of Fig. 1;
Fig. 4 is the working state schematic representation of the inputting type compound agitating device of one of embodiment;
Wherein, 1- a mixing bowls, 2- agitating paddles, 3- stirring driven pulleys, 4- stirring driving wheels, 5- belts, 6- cylinders, 7- stirrings
Motor, 11- liquid level induction installations, 12- locating slots, 21- stirring outer shafts, the telescopic blades of 22-, 23- motion bars, 24- pins,
Hole, 231- annular bayonet sockets are crushed in 25- slippage slots, 26- locating rods, 27- anchor blades, 221- pressurizations.
Specific embodiment
In order to deepen the understanding of the present invention, the present invention is done below in conjunction with drawings and Examples is further retouched in detail
State, the embodiment is only used for explaining the present invention, protection scope of the present invention is not constituted and is limited.
Embodiment
As shown in Figures 1 to 4, the compound agitating device of a kind of inputting type one, it includes a mixing bowl 1, agitating paddle 2, stirs
Mix driven pulley 3, stirring driving wheel 4 and belt 5;The bottom middle of described a mixing bowl 1 is provided with locating slot 12;Described stirs
Stretch into locating slot 12, the top connection stirring driven pulley 3 of agitating paddle 2 in the bottom for mixing oar 2;Described stirring driven pulley 3 passes through skin
The connection stirring driving wheel 4 of band 5;Described stirring driving wheel 4 is connected with stirring motor 7;On the side wall of described a mixing bowl 1 vertically
It is provided with liquid level induction installation 11;Described agitating paddle 2 includes stirring outer shaft 21, telescopic blade 22, anchor blade 27, positioning
Bar 26 and motion bar 23;Described telescopic blade 22 is in " 8 " font by multiple corresponding preceding looms for intersecting and rear loom
Rearrange;Pressurization is provided with the loom of described telescopic blade 22 and crushes hole 221;Before described telescopic blade 22
Loom and rear loom infall are provided with pin 24 for being respectively articulated with preceding loom and rear loom;The side of described pin 24
It is provided with through hole;Described locating rod 26 is fixed on the inside of stirring outer shaft 21;Described motion bar 23 is set in locating rod 26
On;The bottom of described motion bar 23 is provided with annular bayonet socket 231;On the axis of " 8 " font of described telescopic blade 22
First, top pin 24 be set on annular bayonet socket 231 by through hole;The axle of " 8 " font of described telescopic blade 22
The pin 24 under the pin 24 of first, top on line is sequentially sleeved in locating rod 26 from top to bottom by through hole;It is set in
Nethermost pin 24 in locating rod 26 is fixed with stirring outer shaft 21;The side of described stirring outer shaft 21 be additionally provided with for
The slippage slot 25 that telescopic blade 22 is slided up and down;The top of described motion bar 23 is connected with cylinder 6;Described anchor blade
Simultaneously it is close to the bottom of a mixing bowl 1 in 27 bottoms for being arranged on stirring outer shaft 21;Described telescopic blade 22 is specifically to press with lower section
What formula was constituted:Be provided between the top of loom behind the top of loom and upside first before upside first pin 24 and respectively with post
Pin 24 is hinged;Be provided between the top of loom behind the end of loom and second before described first pin 24 and respectively with pin
24 are hinged;Be provided between the top of loom before the end of loom and second after described first pin 24 and respectively with pin 24
It is hinged;It is provided with pin 24 after described second before the centre of loom and second between the centre of loom and cuts with scissors with pin 24 respectively
Connect;Be provided between the top of last preceding loom of the end and downside of loom after described second pin and respectively with pin
It is hinged;Be provided between the end of the second described preceding loom and the top of last rear loom of downside pin and respectively with post
Pin is hinged;Pin 24 is provided between the end of last rear loom of downside and the end of last preceding loom of downside and is divided
It is not hinged with pin 24;Described liquid level induction installation 11 is liquid level sensor;Upside in described telescopic blade 22
The equal length of loom, last rear loom of downside and last preceding loom of downside, upside behind one preceding loom, upside first
Before second behind loom and upside second loom equal length, and the length of loom is loom before upside second before upside first
Half.
The operation principle of the inputting type compound agitating device of one of the present embodiment:Sensed by liquid level induction installation 11 and stirred
Mix the liquid level in cylinder 1;If liquid level is less than agitating paddle 2, then starts cylinder 6 and drive motion bar 23 to move downward;Motion bar
23 drive the pin 24 of top side to move downward by the annular bayonet socket 231 on top;The pin 24 of top side is to preceding loom with after
The downward power of loom, preceding loom and rear loom are slid downwards by stirring the slippage slot 25 on outer shaft 21 respectively, promote " 8 " font
Telescopic blade 22 with the pin 24 of lower side for fixing point compresses downwards, each loom can averagely decline corresponding height
Degree, liquid level is less than to agitating paddle 2;Now, starting stirring motor 7 drives stirring driving wheel 4 to rotate;Stirring driving wheel 4 further through
Belt 5 drives stirring driven pulley 3, and then drives stirring outer shaft 21 to rotate, the horizontal location that stirring outer shaft 21 passes through slippage slot 25
Function drives telescopic blade 22 to rotate, that is, realize purpose of the agitating paddle with liquid level adjust automatically;Can also be while stirring
Carry out height regulation;Anchor blade 27 is set in the bottom of stirring outer shaft 21 and is close to the bottom of a mixing bowl 1, make material in stirring
During cannot be attached to the bottom of a mixing bowl 1, pressurization is set on loom and crushes hole 221, increased liquid by stirring
The pressure of oar 2, reduces impulsive force of the liquid to agitating paddle 2, liquid is produced in the pressurization crushing hole 221 by agitating paddle 2
Raw strong vortice, and then the stirring dynamics of agitating paddle 2 is strengthened, stirring efficiency has been obtained effective raising.
Above-described embodiment should not in any way limit the present invention, all to be obtained by the way of equivalent or equivalency transform
Technical scheme all fall within protection scope of the present invention.