CN204699632U - A kind of pigment automatic blending mixing system - Google Patents
A kind of pigment automatic blending mixing system Download PDFInfo
- Publication number
- CN204699632U CN204699632U CN201520333980.7U CN201520333980U CN204699632U CN 204699632 U CN204699632 U CN 204699632U CN 201520333980 U CN201520333980 U CN 201520333980U CN 204699632 U CN204699632 U CN 204699632U
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- loom
- pin
- stirring
- mixing tank
- pigment
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Abstract
A kind of pigment automatic blending mixing system, relates to pigment mixing field.The utility model solves the pigment that existing agitating device attaches to be difficult to remove, and stirs even not, affects pigment mixing quality.A kind of pigment automatic blending mixing system, comprises multiple loading hopper, solvent storage case, thin material mixing tank, comprehensive mixing tank, control system in advance; Loading hopper has weighing balance; Mixing tank comprises agitator, paddle, stirring driven pulley, stirs driving wheel and belt; Agitator is provided with liquid level induction installation; Paddle comprises stirring outer shaft, telescopic blade and motion bar; Motion bar is connected with cylinder; Weighing balance, cylinder, stirring motor are connected with control system signal with liquid level induction installation.The utility model can control pigment ratio accurately, and no matter liquid level rises and decline, and all can realize uniform stirring, and the efficiency of stirring improves greatly, meanwhile, also adopts pressurization to pulverize the design in hole, make that pigment mix evenly, improve the quality that pigment mixes.
Description
Technical field
The utility model relates to pigment art, particularly relates to a kind of pigment automatic blending mixing system.
Background technology
Several different raw material and solvent need stir and evenly mix by pigment mixing; But, for existing agitating device, if when stirring at every turn, when liquid level is different, part paddle part will be caused to be exposed at outside liquid level, stirring efficiency is caused to decline, be exposed at the paddle of liquid level part owing to speckling with pigment, after solvent volatilization, the pigment being attached to paddle is difficult to remove, and meanwhile, the paddle under liquid level is imperfect and make stirring efficiency not high, subregion even can be caused to fail pigment is uniformly dispersed completely owing to stirring not, have impact on the quality of normal pigment mixing.
Utility model content
For solving the problems of the technologies described above, the utility model provides a kind of pigment automatic blending mixing system.
The utility model solves the technical scheme that its technical problem adopts: a kind of pigment automatic blending mixing system, and it comprises multiple loading hopper, solvent storage case, thin material mixing tank, comprehensive mixing tank, control system in advance; Described loading hopper is arranged with the weighing balance for weighing; The discharge end of described loading hopper is connected with the feed end of pure mixing tank in advance; The pure solvent outlet end of described solvent storage case is connected with the solvent input of pure mixing tank in advance and arranges flow control pump between; The discharge end of described thin material mixing tank is in advance connected with the feed end of comprehensive mixing tank; The comprehensive solvent outlet end of described solvent storage case is connected with the solvent input of comprehensive mixing tank and arranges flow control pump between; Described thin material in advance mixing tank and comprehensive mixing tank has identical structure, specifically comprises agitator, paddle, stirring driven pulley, stirs driving wheel and belt; Described paddle is fixed on the centre of agitator and passes connection stirring driven pulley from the bottom of agitator; Described stirring driven pulley connects stirring driving wheel by belt; Described stirring driving wheel is connected with stirring motor; The sidewall of described agitator is vertically provided with liquid level induction installation; Described paddle comprises stirring outer shaft, telescopic blade and motion bar; Described telescopic blade is rearranged in " 8 " font by the front loom of the correspondence of multiple intersection and rear loom; The loom of described telescopic blade is provided with pressurization and pulverizes hole; The front loom of described telescopic blade and rear loom infall are provided with pin for distinguishing hinged with front loom and rear loom; The side of described pin is provided with through hole; Pin on the axis of " 8 " font of described telescopic blade is set on motion bar from top to bottom successively by through hole; The position that top is being set in the uppermost pin on motion bar of described motion bar is provided with annular bayonet socket; The nethermost pin be set on motion bar is fixed with stirring outer shaft; The side of described stirring outer shaft is also provided with the slippage slot slided up and down for telescopic blade; Described motion bar stretches out the bottom of agitator and is connected with cylinder; Described weighing balance, flow control pump, cylinder, stirring motor are connected with control system signal respectively with liquid level induction installation.
Described telescopic blade is specifically formed in the following manner: before upside first behind the top of loom and upside first loom top between be provided with pin and hinged with pin respectively; Before described first loom end and second after loom top between be provided with pin hinged with pin respectively; After described first loom end and second before loom top between be provided with pin and hinged with pin respectively; After described second loom centre and second before loom centre between be provided with pin and hinged with pin respectively; After described second the end of loom and downside loom before last top between be provided with pin and hinged with pin respectively; Before described second the end of loom and downside loom after last end between be provided with pin and hinged with pin respectively; Pin is provided with and hinged with pin respectively between the end of the downside end of loom and downside loom before last after last.
Described liquid level induction installation is liquid level sensor.
Loom after loom before upside first in described telescopic blade, upside first, downside after last loom and downside before last the length of loom equal, before upside second, the length of the rear loom of loom and upside second is equal, and before upside first, the length of loom is the half of loom before upside second.
Operation principle of the present utility model: determine each thin material of pigment and the proportioning of solvent, relevant parameter inputs to control system, after weighing balance takes the thin material of corresponding component, thin material is transported to thin material in advance in mixing tank by loading hopper, now solvent storage case is by the control of flow control pump to thin material mixing tank input in advance solvent, and mixing tank is uniformly mixed in advance; After mixing to a certain degree, material proceeds to in comprehensive mixing tank by each thin material in advance mixing tank, carries out final mixing; Mix rear discharge; In the process be uniformly mixed, the liquid level in liquid level induction installation induction agitator; If liquid level lower than paddle, then starts air cylinder driven motion bar and moves downward; Motion bar drives the pin of top side to move downward by the annular bayonet socket on top; The pin of top side gives front loom and the downward power of rear loom, front loom and rear loom are respectively by the downward slippage of slippage slot of stirring on outer shaft, impel the telescopic blade of " 8 " font with the pin of lower side for fixing point compresses downwards, each loom can on average decline highly corresponding, to paddle lower than liquid level; Now, starting stirring motor drives stirring driving wheel to rotate; Stir driving wheel and stir driven pulley by belt drive again, and then drive stirring outer shaft to rotate, stir outer shaft and drive telescopic blade to rotate by the horizontal location function of slippage slot, namely realize paddle with the self-adjusting object of liquid level; The stirring of height adjusting edge can also be carried out in limit; Loom is provided with pressurization and pulverizes hole; Add the pressure of liquid through paddle, reduce the impulsive force of liquid to paddle, make liquid can produce strong eddy current through paddle, strengthen the stirring dynamics of paddle, improve the quality of pigment mixing.
Advantage of the present utility model: pigment automatic blending mixing system of the present utility model can control pigment ratio accurately, the telescopic blade of employing " 8 " font raises freely and reduction makes paddle automatically adjust with liquid level, and each loom evenly adjusts corresponding height, liquid level is made no matter to increase and how many height that declines, uniform stirring can be realized, the efficiency stirred improves greatly, simultaneously, pressurization is also adopted to pulverize the design in hole, make that pigment mixes evenly, improve pigment mixing quality.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the pigment automatic blending mixing system of embodiment
Fig. 2 is the schematic diagram of mixing tank in the pigment automatic blending mixing system of embodiment;
Fig. 3 is the schematic diagram of the internal structure of the tip portion of the paddle of mixing tank in the pigment automatic blending mixing system of embodiment;
Fig. 4 is the cross-sectional schematic in the A-A face of Fig. 2;
Fig. 5 is the working state schematic representation of mixing tank in the pigment automatic blending mixing system of embodiment;
Wherein, I-loading hopper, II-weighing balance, III-solvent storage case, IV-thin material is mixing tank in advance, V-comprehensive mixing tank, VI-flow control pump, VII-control system, 1-agitator, 2-paddle, 3-stirs driven pulley, and 4-stirs driving wheel, 5-belt, 6-cylinder, 7-stirring motor, 11-liquid level induction installation, 21-stirs outer shaft, the telescopic blade of 22-, 23-motion bar, 24-pin, 25-slippage slot, hole is pulverized in 221-pressurization, 231-annular bayonet socket.
Detailed description of the invention
In order to deepen, to understanding of the present utility model, to be described in further detail the utility model below in conjunction with drawings and Examples, this embodiment, only for explaining the utility model, not forming protection domain of the present utility model and limiting.
Embodiment
As shown in Figures 1 to 5, a kind of pigment automatic blending mixing system, it comprises multiple loading hopper I, solvent storage case III, thin material mixing tank IV, comprehensive mixing tank V, control system VII in advance; Described loading hopper I is arranged with the weighing balance II for weighing; The discharge end of described loading hopper I is connected with the feed end of pure mixing tank IV in advance; The pure solvent outlet end of described solvent storage case III is connected with the solvent input of pure mixing tank IV in advance and arranges flow control pump VI between; The discharge end of described thin material mixing tank IV is in advance connected with the feed end of comprehensive mixing tank V; The comprehensive solvent outlet end of described solvent storage case III is connected with the solvent input of comprehensive mixing tank V and arranges flow control pump VI between; Described thin material in advance mixing tank IV and comprehensive mixing tank V has identical structure, specifically comprises agitator 1, paddle 2, stirs driven pulley 3, stirs driving wheel 4 and belt 5; Described paddle 2 is fixed on the centre of agitator 1 and passes connection stirring driven pulley 3 from the bottom of agitator 1; Described stirring driven pulley 3 connects stirring driving wheel 4 by belt 5; Described stirring driving wheel 4 is connected with stirring motor 7; The sidewall of described agitator 1 is vertically provided with liquid level induction installation 11; Described paddle 2 comprises stirring outer shaft 21, telescopic blade 22 and motion bar 23; Described telescopic blade 22 is rearranged in " 8 " font by the front loom of the correspondence of multiple intersection and rear loom; The loom of described telescopic blade 22 is provided with pressurization and pulverizes hole 221; The front loom of described telescopic blade 22 and rear loom infall are provided with pin 24 for distinguishing hinged with front loom and rear loom; The side of described pin 24 is provided with through hole; Pin 24 on the axis of " 8 " font of described telescopic blade 22 is set on motion bar 23 from top to bottom successively by through hole; The top of described motion bar 23 is provided with annular bayonet socket 231 in the position being set in the uppermost pin 24 on motion bar 23; The nethermost pin be set on motion bar 23 is fixed with stirring outer shaft 21; The side of described stirring outer shaft 21 is also provided with the slippage slot 25 slided up and down for telescopic blade 22; Described motion bar 23 stretches out the bottom of agitator 1 and is connected with cylinder 6; Described weighing balance II, flow control pump VI, cylinder 6, stirring motor 7 and liquid level induction installation 11 are connected with control system VII signal respectively; Described telescopic blade 22 is specifically formed in the following manner: before upside first behind the top of loom and upside first loom top between be provided with pin 24 and hinged with pin 24 respectively; Before described first loom end and second after loom top between be provided with pin 24 hinged with pin 24 respectively; After described first loom end and second before loom top between be provided with pin 24 and hinged with pin 24 respectively; After described second loom centre and second before loom centre between be provided with pin 24 and hinged with pin 24 respectively; After described second the end of loom and downside loom before last top between be provided with pin and hinged with pin respectively; Before described second the end of loom and downside loom after last end between be provided with pin and hinged with pin respectively; Pin 24 is provided with and hinged with pin 24 respectively between the end of the downside end of loom and downside loom before last after last; Described liquid level induction installation 11 is liquid level sensor; Loom after loom before upside first in described telescopic blade 22, upside first, downside after last loom and downside before last the length of loom equal, before upside second, the length of the rear loom of loom and upside second is equal, and before upside first, the length of loom is the half of loom before upside second.
The operation principle of a kind of pigment automatic blending mixing system of the present embodiment: determine each thin material of pigment and the proportioning of solvent, relevant parameter inputs to control system VII, after weighing balance II takes the thin material of corresponding component, thin material is transported to thin material in advance in mixing tank IV by loading hopper I, now solvent storage case III by the control of flow control pump VI to thin material in advance mixing tank IV input solvent, mixing tank IV is uniformly mixed in advance; After mixing to a certain degree, material proceeds to in comprehensive mixing tank V by each thin material in advance mixing tank IV, carries out final mixing; Mix rear discharge; In the process be uniformly mixed, the liquid level in agitator 1 responded to by liquid level induction installation 11; If liquid level lower than paddle 2, then starts cylinder 6 and drives motion bar 23 to move downward; Motion bar 23 drives the pin 24 of top side to move downward by the annular bayonet socket 231 on top; The pin 24 of top side gives front loom and the downward power of rear loom, front loom and rear loom are respectively by the slippage slot 25 stirred on outer shaft 21 slippage downwards, the telescopic blade 22 of " 8 " font is impelled to compress for fixing point with the pin 24 of lower side downwards, each loom can on average decline highly corresponding, to paddle 2 lower than liquid level; Now, starting stirring motor 7 drives stirring driving wheel 4 to rotate; Stirring driving wheel 4 is driven by belt 5 again and stirs driven pulley 3, and then drives stirring outer shaft 21 to rotate, and stirs outer shaft 21 and drives telescopic blade 22 to rotate by the horizontal location function of slippage slot 25, namely realize paddle with the self-adjusting object of liquid level; The stirring of height adjusting edge can also be carried out in limit; Loom is provided with pressurization and pulverizes hole 221; Add the pressure of liquid through paddle 2, reduce the impulsive force of liquid to paddle 2, make liquid can produce strong eddy current when through paddle 2, strengthen the stirring dynamics of paddle 2, improve the quality of pigment mixing.
Above-described embodiment should not limit the utility model by any way, and the technical scheme that the mode that all employings are equal to replacement or equivalency transform obtains all drops in protection domain of the present utility model.
Claims (4)
1. a pigment automatic blending mixing system, is characterized in that: it comprises multiple loading hopper, solvent storage case, thin material mixing tank, comprehensive mixing tank, control system in advance; Described loading hopper is arranged with the weighing balance for weighing; The discharge end of described loading hopper is connected with the feed end of pure mixing tank in advance; The pure solvent outlet end of described solvent storage case is connected with the solvent input of pure mixing tank in advance and arranges flow control pump between; The discharge end of described thin material mixing tank is in advance connected with the feed end of comprehensive mixing tank; The comprehensive solvent outlet end of described solvent storage case is connected with the solvent input of comprehensive mixing tank and arranges flow control pump between; Described thin material in advance mixing tank and comprehensive mixing tank has identical structure, specifically comprises agitator, paddle, stirring driven pulley, stirs driving wheel and belt; Described paddle is fixed on the centre of agitator and passes connection stirring driven pulley from the bottom of agitator; Described stirring driven pulley connects stirring driving wheel by belt; Described stirring driving wheel is connected with stirring motor; The sidewall of described agitator is vertically provided with liquid level induction installation; Described paddle comprises stirring outer shaft, telescopic blade and motion bar; Described telescopic blade is rearranged in " 8 " font by the front loom of the correspondence of multiple intersection and rear loom; The loom of described telescopic blade is provided with pressurization and pulverizes hole; The front loom of described telescopic blade and rear loom infall are provided with pin for distinguishing hinged with front loom and rear loom; The side of described pin is provided with through hole; Pin on the axis of " 8 " font of described telescopic blade is set on motion bar from top to bottom successively by through hole; The position that top is being set in the uppermost pin on motion bar of described motion bar is provided with annular bayonet socket; The nethermost pin be set on motion bar is fixed with stirring outer shaft; The side of described stirring outer shaft is also provided with the slippage slot slided up and down for telescopic blade; Described motion bar stretches out the bottom of agitator and is connected with cylinder; Described weighing balance, flow control pump, cylinder, stirring motor are connected with control system signal respectively with liquid level induction installation.
2. a kind of pigment automatic blending mixing system according to claim 1, is characterized in that: described telescopic blade is specifically formed in the following manner: before upside first behind the top of loom and upside first loom top between be provided with pin and hinged with pin respectively; Before described first loom end and second after loom top between be provided with pin hinged with pin respectively; After described first loom end and second before loom top between be provided with pin and hinged with pin respectively; After described second loom centre and second before loom centre between be provided with pin and hinged with pin respectively; After described second the end of loom and downside loom before last top between be provided with pin and hinged with pin respectively; Before described second the end of loom and downside loom after last end between be provided with pin and hinged with pin respectively; Pin is provided with and hinged with pin respectively between the end of the downside end of loom and downside loom before last after last.
3. a kind of pigment automatic blending mixing system according to claim 1, is characterized in that: described liquid level induction installation is liquid level sensor.
4. a kind of pigment automatic blending mixing system according to claim 1 and 2, it is characterized in that: loom after loom before the upside first in described telescopic blade, upside first, downside after last loom and downside before last the length of loom equal, before upside second, the length of the rear loom of loom and upside second is equal, and before upside first, the length of loom is the half of loom before upside second.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520333980.7U CN204699632U (en) | 2015-05-21 | 2015-05-21 | A kind of pigment automatic blending mixing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520333980.7U CN204699632U (en) | 2015-05-21 | 2015-05-21 | A kind of pigment automatic blending mixing system |
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| Publication Number | Publication Date |
|---|---|
| CN204699632U true CN204699632U (en) | 2015-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520333980.7U Expired - Fee Related CN204699632U (en) | 2015-05-21 | 2015-05-21 | A kind of pigment automatic blending mixing system |
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| CN (1) | CN204699632U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104857874A (en) * | 2015-05-21 | 2015-08-26 | 苏州欢颜电气有限公司 | Automatic pigment proportioning and mixing system |
| CN107008181A (en) * | 2017-04-05 | 2017-08-04 | 东南大学 | The automatic batch mixing ager of capsule and pill and method |
| CN109173897A (en) * | 2018-11-13 | 2019-01-11 | 许昌学院 | A kind of multi-functional full-automatic dispensation apparatus |
-
2015
- 2015-05-21 CN CN201520333980.7U patent/CN204699632U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104857874A (en) * | 2015-05-21 | 2015-08-26 | 苏州欢颜电气有限公司 | Automatic pigment proportioning and mixing system |
| CN107008181A (en) * | 2017-04-05 | 2017-08-04 | 东南大学 | The automatic batch mixing ager of capsule and pill and method |
| CN109173897A (en) * | 2018-11-13 | 2019-01-11 | 许昌学院 | A kind of multi-functional full-automatic dispensation apparatus |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151014 Termination date: 20160521 |
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| CF01 | Termination of patent right due to non-payment of annual fee |