CN209193920U

CN209193920U - Efficient decolorizing tank

Info

Publication number: CN209193920U
Application number: CN201821661954.7U
Authority: CN
Inventors: 刘晓鹏; 刘龙
Original assignee: Jiangxi New Ganjiang Pharmaceutical Co Ltd
Current assignee: Jiangxi New Ganjiang Pharmaceutical Co Ltd
Priority date: 2018-10-13
Filing date: 2018-10-13
Publication date: 2019-08-02
Anticipated expiration: 2028-10-13

Abstract

The utility model relates to efficient decolorizing tanks, including motor box, connecting column is fixedly connected on the right side of the motor box, the connecting column right end is fixedly connected with the first bleacher, separation layer is fixedly connected on the right side of first bleacher, the second bleacher is fixedly connected on the right side of the separation layer, the first decoloration pipe front side surface is equipped with control switch, feed inlet is equipped at the top of first bleacher, reflux line is equipped on the right side of the feed inlet, the reflux line both ends respectively with the first bleacher, second bleacher is fixedly connected, discharge port is equipped at the top of second bleacher, valve is connected on the right side of the discharge port, rotating electric machine is equipped with inside the motor box, stirring rod is equipped with inside first bleacher, the rotating electric machine extends through motor box by shaft, connecting column, the quality for making material decolourize greatly improves, energy Enough Infinite Cyclics carry out decoloration work, and easy to operate.

Description

Efficient decolorizing tank

Technical field

The utility model relates to efficient decolorizing tanks, belong to decolouring technology field.

Background technique

Bleacher is a kind of equipment for carrying out decolorization to oil, its working principle is that: in grease physical refining work During skill, since many of oil pigment is thermal sensitivity, can voluntarily it be decomposed after storing a period of time at high temperature, therefore benefit Oil is kept in bleacher, can reach decolorizing effect, chemical industry, pharmacy production process in, can usually encounter raw material or Person's product has color, needs to decolourize to material, bleacher is primarily adapted for use in the decoloration of feed liquid, is widely used in containing high impurity The decoloration of solution, purification, purification impurity elimination etc., however existing bleacher decolorizing efficiency is low and decoloration sand replacement is inconvenient, simultaneously Most equipment do not have the function of sampling check, the color throw of tank interior feed liquid can not be understood when being decolourized, mostly Timing is decolourized, and leads to inferior quality of decolourizing, while troublesome in poeration for this purpose, providing efficient decolorizing tank.

Utility model content

The technical problems to be solved in the utility model overcomes existing defect, provides efficient decolorizing tank, can effectively solve The problems in background technique.

In order to solve the above-mentioned technical problem, the utility model provides the following technical solution:

Efficient decolorizing tank, including motor box, the motor box right side are fixedly connected with connecting column, and the connecting column right end is solid Surely it is connected with the first bleacher, separation layer is fixedly connected on the right side of first bleacher, is fixedly connected on the right side of the separation layer There is the second bleacher, the first bleacher front side surface is equipped with control switch, is equipped with feed inlet at the top of first bleacher, Reflux line is equipped on the right side of the feed inlet, the reflux line both ends are fixed with the first bleacher, the second bleacher respectively to be connected It connects, discharge port is equipped at the top of second bleacher, valve is connected on the right side of the discharge port, is equipped with rotation inside the motor box Rotating motor, the first bleacher inside are equipped with stirring rod, and the rotating electric machine extends through motor box, connection by shaft Column, and protrude into the first bleacher and be fixedly connected with stirring rod left end, the separation layer, which is embedded in, is connected with the first water pump, and described second It is equipped with mounting layer in bleacher inner cavity, the second water pump, fixed company below the mounting layer are fixedly connected at the top of the mounting layer Be connected to filter layer, be equipped with decoloration sand at the top of the filter layer, the control switch by conducting wire respectively with rotating electric machine, the first water Pump, the connection of the second water pump.

Furthermore, input terminal and right side output end are respectively connected with the first water pipe on the left of first water pump, and described the Input terminal is located in the first bleacher on the left of one water pump, and output end is located in the second bleacher on the right side of first water pump.

Furthermore, input terminal and right side output end are respectively connected with the second water pipe on the left of second water pump, and described the Output end extends through mounting layer, decoloration sand by the second water pipe on the right side of two water pumps, and is located at the second bleacher intracavity bottom, institute It states input terminal on the left of the second water pump and passes through the second water pipe through reflux line left end, and protrude into the first bleacher.

Furthermore, the filter layer includes permeable formation, flase floor, support column, and the flase floor is respectively fixedly connected with At the both ends of support column, the top flase floor is fixedly connected with permeable formation respectively with flase floor described in bottom.

Furthermore, round combining glass layer is equipped on the outside of second bleacher.

Furthermore, first water pump is located at separation layer center, the permeable formation both ends respectively with separation layer, Inner wall is fixedly connected on the right side of two bleachers, and the permeable formation and decoloration sand are respectively positioned below the first water pump.

The utility model, can be to motor by the way that motor box is arranged the utility model has the advantages that the utility model relates to efficient decolorizing tank Rotating electric machine inside box is protected, and prevents external environment from damaging to rotating electric machine, by the way that connecting column is arranged, can be incited somebody to action It is isolated between motor box and the first bleacher, prevents the shake in stirring of the first bleacher from making the electric rotating inside motor box Machine, which generates to shake, to be caused to fall off, and by the way that the first bleacher is arranged, can be injected into material in the first bleacher by feed inlet Portion presses control switch, rotating electric machine drive stirring rod is stirred material, then quantitative activity is injected by feed inlet Charcoal starts to decolourize, and is sufficiently mixed active carbon and material by way of stirring in the first bleacher, decolourizes, by one After fixing time, presses control switch and start the first water pump, the material inside the first bleacher is transported in the second bleacher, lead to The second bleacher of setting is crossed, the material after the first bleacher tentatively decolourizes can be dropped into decoloration by the first water pump On sand, by decolourizing, sand further carries out decoloration work to material, makes decoloration in the material infiltration after decoloration sand decoloration Layer, then pass through flase floor gap and support column between gap drop into the second decoloration pot bottom, respectively by stirring, active The double decolorization process of charcoal and decoloration sand makes material adequately complete decoloration work, and the better quality of the material after making decoloration is led to Setting discharge port is crossed, the material after decoloration sand decoloration can be discharged by rotating valve from discharge port, to discharge Material afterwards carries out sample detecting can be unable to satisfy testing requirements by the way that the second water pump is arranged after sample detecting, press control System switch the second water pump of starting, the material after decoloration sand decoloration is refilled inside the first bleacher and re-starts decoloration Operation, the quality for making material decolourize greatly improve, and be capable of Infinite Cyclic carries out decoloration work, and easy to operate.

Detailed description of the invention

Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.

Fig. 1 is the utility model efficient decolorizing tank surface structure schematic diagram.

Fig. 2 is the utility model efficient decolorizing tank cross-section structure side view.

Fig. 3 is the utility model efficient decolorizing tank permeable formation the schematic diagram of the section structure.

Figure label: 1, motor box；2, connecting column；3, the first bleacher；4, separation layer；5, the second bleacher；6, it controls Switch；7, feed inlet；8, reflux line；9, discharge port；10, valve；11, rotating electric machine；12, stirring rod；13, the first water pump； 14, mounting layer；15, the second water pump；16, filter layer；17, decolourize sand；18, the first water pipe；19, the second water pipe；20, permeable formation； 21, flase floor；22, support column.

Specific embodiment

It is illustrated below in conjunction with preferred embodiment of the attached drawing to the utility model, it should be understood that described herein excellent It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.

As shown in Figure 1-Figure 3, efficient decolorizing tank, including motor box 1 can be in motor box 1 by the way that motor box 1 is arranged The rotating electric machine 11 in portion is protected, and prevents external environment from damaging to rotating electric machine 11, fixed on the right side of the motor box 1 to connect It is connected to connecting column 2, by the way that connecting column 2 is arranged, can will be isolated between motor box 1 and the first bleacher 3, prevent first to take off The shake in stirring of color tank 3, which makes the rotating electric machine 11 inside motor box 1 generate shaking, to be caused to fall off, and 2 right end of connecting column is solid Surely it is connected with the first bleacher 3, by the way that the first bleacher 3 is arranged, material can be injected into the first bleacher by feed inlet 7 Inside 3, control switch 6 is pressed, the drive stirring rod 12 of rotating electric machine 11 is stirred material, then is injected by feed inlet 7 Quantitative active carbon starts to decolourize, and is sufficiently mixed active carbon and material by way of stirring in the first bleacher 3, carries out Decoloration starts the first water pump 13 by after a certain period of time, pressing control switch 6, the material inside the first bleacher 3 is transported to In second bleacher 5, it is fixedly connected with separation layer 4 on the right side of first bleacher 3, is fixedly connected on the right side of the separation layer 4 Material after the first bleacher 3 tentatively decolourizes can be passed through the by the way that the second bleacher 5 is arranged by the second bleacher 5 One water pump 13 drops on decoloration sand 17, and by decolourizing, sand 17 further carries out decoloration work to material, by the sand that decolourizes Decoloring layer 20 is made in material infiltration after 17 decolorations, then the gap between the gap and support column 22 for passing through flase floor 21 drops into the Two bleachers, 5 bottom, the double decolorization process by stirring, active carbon and decoloration sand 17 makes material adequately complete to decolourize respectively Work, the better quality of the material after making decoloration, 3 front side surface of the first bleacher are equipped with control switch 6, and described first is de- It is equipped with feed inlet 7 at the top of color tank 3, is equipped with reflux line 8 on the right side of the feed inlet 7,8 both ends of reflux line are respectively with first Bleacher 3, the second bleacher 5 are fixedly connected, and discharge port 9 is equipped at the top of second bleacher 5, by the way that discharge port 9, energy is arranged Enough materials by after decoloration sand 17 decolourizes are discharged by rotating valve 10 from discharge port 9, to the material 9 after discharge into Row sample detecting is connected with valve 10 on the right side of the discharge port 9, is equipped with rotating electric machine 11 inside the motor box 1, and described the Stirring rod 12 is equipped with inside one bleacher 3, the rotating electric machine 11 extends through motor box 1, connecting column 2 by shaft, and stretches Entering the first bleacher 3 to be fixedly connected with 12 left end of stirring rod, the separation layer 4, which is embedded in, is connected with the first water pump 13, and described second It is equipped with mounting layer 14 in 5 inner cavity of bleacher, the second water pump 15 is fixedly connected at the top of the mounting layer 14, by the way that the second water is arranged Pump 15, can be unable to satisfy testing requirements after sample detecting, press control switch 6 and start the second water pump 15, will be by decoloration Material after the decoloration of sand 17, which refills inside the first bleacher 5, re-starts decolorization operations, and the quality for making material decolourize is significantly It improves, be capable of Infinite Cyclic carries out decoloration work, and easy to operate, is fixedly connected with filtering below the mounting layer 14 Layer 16, is equipped with decoloration sand 17 at the top of the filter layer 16, the control switch 6 by conducting wire respectively with rotating electric machine 11, first Water pump 13, the connection of the second water pump 15.

More specifically, the 13 left side input terminal of the first water pump and right side output end are respectively connected with the first water pipe 18, institute It states 13 left side input terminal of the first water pump to be located in the first bleacher 3, the 13 right side output end of the first water pump is located at the second decoloration In tank 5, the 15 left side input terminal of the second water pump and right side output end are respectively connected with the second water pipe 19, second water pump 15 Right side output end extends through mounting layer 14, decoloration sand 17 by the second water pipe 19, and is located at 5 intracavity bottom of the second bleacher, Second water pump, the 15 left side input terminal runs through 8 left end of reflux line by the second water pipe 19, and protrudes into the first bleacher 3, The filter layer 16 includes permeable formation 20, flase floor 21, support column 22, and the flase floor 21 is respectively fixedly connected in support column 22 Both ends, the top flase floor 21 is fixedly connected with permeable formation 20 respectively with flase floor 21 described in bottom, second decoloration Round combining glass layer is equipped on the outside of tank 5, first water pump 13 is located at 4 center of separation layer, 20 both ends of permeable formation point It is not fixedly connected with separation layer 4,5 right side inner wall of the second bleacher, and the permeable formation 20 and decoloration sand 17 are respectively positioned on the first water 13 lower section of pump.

When the utility model is used, material is injected into inside the first bleacher 3 by feed inlet 7, presses control and open 6 are closed, the drive stirring rod 12 of rotating electric machine 11 is stirred material, then quantitative active carbon is injected by feed inlet 7 and is started Decoloration, is sufficiently mixed active carbon and material by way of stirring in the first bleacher 3, decolourizes, by a timing Between after, press control switch 6 start the first water pump 13, the material inside the first bleacher 3 is transported in the second bleacher 5, Material after the first bleacher 3 tentatively decolourizes is dropped on decoloration sand 17 by the first water pump 13, passes through the sand that decolourizes 17 pairs of materials further carry out decoloration work, make decoloring layer 20 in the material infiltration after decoloration sand 17 decolourizes, then pass through Gap between the gap and support column 22 of flase floor 21 drops into 5 bottom of the second bleacher, material by rotating valve 10 from Discharge port 9 is discharged, and carries out sample detecting to the material 9 after discharge, testing requirements are unable to satisfy after sample detecting, are pressed Dynamic control switch 6 starts the second water pump 15, and the material after decoloration sand 17 decolourizes is refilled inside the first bleacher 5 Re-start decolorization operations.

The above are the preferable embodiment of the utility model, the utility model those skilled in the art can also be to upper It states embodiment to change and modify, therefore, the utility model is not limited to above-mentioned specific embodiment, all abilities Field technique personnel made any conspicuous improvement, replacement or modification on the basis of the utility model belong to practical Novel protection scope.

Claims

1. efficient decolorizing tank, including motor box (1), which is characterized in that be fixedly connected with connecting column on the right side of the motor box (1) (2), connecting column (2) right end is fixedly connected with the first bleacher (3), is fixedly connected on the right side of first bleacher (3) Separation layer (4), separation layer (4) right side are fixedly connected with the second bleacher (5), the first bleacher (3) front side surface Equipped with control switch (6), feed inlet (7) are equipped at the top of first bleacher (3), reflux is equipped on the right side of the feed inlet (7) Pipeline (8), reflux line (8) both ends are fixedly connected with the first bleacher (3), the second bleacher (5) respectively, and described second Discharge port (9) are equipped at the top of bleacher (5), are connected with valve (10) on the right side of the discharge port (9), the motor box (1) is internal Equipped with rotating electric machine (11), stirring rod (12) are equipped with inside first bleacher (3), the rotating electric machine (11) passes through shaft Motor box (1), connecting column (2) are extended through, and protrudes into the first bleacher (3) and is fixedly connected with stirring rod (12) left end, it is described Separation layer (4) insertion is connected with the first water pump (13), is equipped with mounting layer (14) in the second bleacher (5) inner cavity, the peace It is fixedly connected with the second water pump (15) at the top of dress layer (14), is fixedly connected with filter layer (16), institute below the mounting layer (14) State and be equipped with decoloration sand (17) at the top of filter layer (16), the control switch (6) by conducting wire respectively with rotating electric machine (11), first Water pump (13), the second water pump (15) connection.

2. efficient decolorizing tank according to claim 1, it is characterised in that: input terminal and right side on the left of first water pump (13) Output end is respectively connected with the first water pipe (18), and input terminal is located in the first bleacher (3) on the left of first water pump (13), described Output end is located in the second bleacher (5) on the right side of first water pump (13).

3. efficient decolorizing tank according to claim 1, it is characterised in that: input terminal and right side on the left of second water pump (15) Output end is respectively connected with the second water pipe (19), and output end is extended through by the second water pipe (19) on the right side of second water pump (15) Mounting layer (14), decoloration sand (17), and it is located at the second bleacher (5) intracavity bottom, input terminal on the left of second water pump (15) Run through reflux line (8) left end by the second water pipe (19), and protrudes into the first bleacher (3).

4. efficient decolorizing tank according to claim 1, it is characterised in that: the filter layer (16) includes permeable formation (20), lattice Screen (21), support column (22), the flase floor (21) are respectively fixedly connected in the both ends of support column (22), the top grid Plate (21) is fixedly connected with permeable formation (20) respectively with flase floor described in bottom (21).

5. efficient decolorizing tank according to claim 1, it is characterised in that: be equipped on the outside of second bleacher (5) round saturating Depending on glassy layer.

6. efficient decolorizing tank according to claim 4, it is characterised in that: first water pump (13) is located in separation layer (4) At the heart, permeable formation (20) both ends are fixedly connected with inner wall on the right side of separation layer (4), the second bleacher (5) respectively, and the infiltration Permeable layers (20) and decoloration sand (17) are respectively positioned below the first water pump (13).