CN214915640U - Paint vehicle produces processing and uses dispersion mixing system - Google Patents

Abstract

The utility model discloses a paint vehicle production and processing is with dispersion mixing system, stirring dispersion tank, high-speed dispersion tank and the accent lacquer cauldron of installing in proper order on platform, the top feed inlet of stirring dispersion tank, high-speed dispersion tank and accent lacquer cauldron is respectively to having corresponding auxiliary agent feeder tube, all installs the auxiliary agent pump on each auxiliary agent feeder tube, the top feed inlet of stirring dispersion tank still cartridge has the powder supply pipe, and the top feed inlet department of stirring dispersion tank still installs the dust and collects the cover, and the top exit linkage of dust collection cover has the dust pipe, and the other end of dust pipe is inserted into in the dust collection tank, the negative pressure mouth of dust collection tank installs the negative pressure pipe, and the other end of negative pressure pipe is inserted into in the buffer tank. The utility model discloses a paint vehicle production line system structural design is reasonable, can practice thrift manufacturing cost and cost of labor at to a great extent, can effectively avoid the dust diffusion and pollute the production and processing workshop.

Description

Paint vehicle produces processing and uses dispersion mixing system

Technical Field

The utility model relates to a paint vehicle processing equipment technical field specifically is a paint vehicle production and processing is with dispersion mixing system.

Background

In an existing paint production and processing system, a homogenizing device is usually required to firstly disperse and homogenize powder and liquid materials or additives, then the dispersed and homogenized materials are mixed and stirred uniformly with other materials through a stirring device to prepare a paint product, and in order to enable the paint product to have different colors, a stirring and mixing device is also required to be configured. In the paint production and processing process, the existing dust collecting mechanism is difficult to efficiently and stably collect dust, so that part of the dust which is not collected is diffused in a processing workshop, and the dust is harmful to the safety production of operators and factories; in addition, the overall construction of the paint production line system has certain defects, so that the production cost and the labor cost are relatively high.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a paint vehicle production and processing is with dispersion mixing system to solve the problem that proposes in the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme:

a dispersing and stirring system for paint production and processing comprises a platform, and a stirring dispersing kettle, a high-speed dispersing kettle and a paint mixing kettle which are sequentially arranged on the platform, wherein top feed inlets of the stirring dispersing kettle, the high-speed dispersing kettle and the paint mixing kettle are respectively butted with corresponding auxiliary agent feed pipes, each auxiliary agent feed pipe is provided with an auxiliary agent pump, a powder supply pipe is further inserted into the top feed inlet of the stirring dispersing kettle, a dust collecting cover is further installed at the top feed inlet of the stirring dispersing kettle, a dust guide pipe is connected to a top outlet of the dust collecting cover, the other end of the dust guide pipe is inserted into a dust collecting tank, a negative pressure pipe is installed at a negative pressure port of the dust collecting tank, the other end of the negative pressure pipe is inserted into a buffer tank, a suction pipe is further inserted into the buffer tank, and the other end of the suction pipe is communicated with a suction port of a vacuum pump;

the bottom discharge port of the stirring dispersion kettle is in butt joint with the top feed inlet of the high-speed dispersion kettle through the material guide pipes, the bottom discharge port of the high-speed dispersion kettle is also in butt joint with the top feed inlet of the paint mixing kettle through the material guide pipes, the bottom discharge port of the paint mixing kettle is also in butt joint with the top feed inlet of the movable filter through the material guide pipes, and each material guide pipe is provided with a material guide diaphragm pump.

Preferably, the stirring dispersion tank includes the raw materials dispersion tank body, and the internal portion of raw materials dispersion tank is provided with frame stirring rake and homogeneity dispersion mechanism, the lower extreme at the stirring axle sleeve is fixed to the frame stirring rake through the oar cover suit of top, raw materials dispersion tank body top fixed mounting have the gearbox body, the stirring axle sleeve rotates and installs in the gearbox body, and the stirring drive motor drive of installation is connected on stirring axle sleeve and the gearbox body through gear drive, homogeneity dispersion mechanism is including dispersion pivot and the dispersion pivot on the homogeneity dispersion dish of fixing, and the upper end of dispersion pivot is rotated and is installed inside the stirring axle sleeve, and the top of dispersion pivot is connected with the dispersion drive motor drive of gearbox body upper end installation.

Preferably, the gear transmission mechanism comprises an intermediate shaft rod fixed inside the gearbox body, an intermediate gear rotatably mounted on the intermediate shaft rod, a shaft sleeve gear fixedly mounted on the stirring shaft sleeve, and an output gear fixedly mounted on the output shaft of the stirring driving motor, the output gear is meshed with the intermediate gear, and the intermediate gear is meshed with the shaft sleeve gear.

Preferably, a plurality of scraping pieces used for contacting with the inner wall of the raw material dispersing kettle body are fixedly arranged on the outer sides of the vertical section paddle rods on the two sides of the frame type stirring paddle and the arc section paddle rod at the bottom.

Preferably, high-speed dispersion tank includes the high-speed dispersion tank casing, and high-speed dispersion motor is installed at the top of high-speed dispersion tank casing, and the inside of high-speed dispersion tank casing is provided with high-speed dispersion pivot, and the lower extreme fixed mounting of high-speed dispersion pivot has high-speed dispersion carousel, and the high-speed dispersion tank casing is passed to the upper end of high-speed dispersion pivot to be connected with the output drive of high-speed dispersion motor.

Preferably, the outer walls of the raw material dispersing kettle body and the high-speed dispersing kettle shell are both fixedly provided with jacket shells, a heat exchange clamping cavity is formed between the jacket shells and the outer walls of the raw material dispersing kettle body and the high-speed dispersing kettle shell, and the jacket shells are also provided with a heat exchange inlet and a heat exchange outlet which are communicated with the heat exchange clamping cavity.

Preferably, the paint mixing kettle comprises a paint mixing kettle shell, a paint mixing motor is installed at the top of the paint mixing kettle shell, a paint mixing rotating shaft is arranged inside the paint mixing kettle shell, a paint mixing stirring paddle is fixedly installed at the lower end of the paint mixing rotating shaft, and the upper end of the paint mixing rotating shaft penetrates through the paint mixing kettle shell and is in driving connection with the output end of the paint mixing motor;

transfer lacquer stirring rake adopt frame form stirring rake, be provided with the suit in the middle of the top of frame form stirring rake and fix the upper portion oar cover in transferring lacquer pivot, be provided with the suit in the middle of the bottom of frame form stirring rake and fix the lower part oar cover in transferring lacquer pivot, the inside bottom of transferring lacquer cauldron casing still is fixed with the steadying frame, is fixed with the stabilizing sleeve on the steadying frame, the bottom normal running fit of transferring lacquer pivot is in the steadying sleeve.

Preferably, the movable filter is fixedly provided with a fence frame including a movable cart and the movable cart, the filter is arranged in the fence frame, a top feeding hole of the filter is in butt joint with a material guide pipe, and a bottom discharging hole of the filter is in butt joint with a filling head of a semi-automatic filling machine through a pipeline.

Preferably, pneumatic discharge valves are installed at discharge outlets at the bottoms of the stirring dispersion kettle, the high-speed dispersion kettle and the paint mixing kettle.

Compared with the prior art, the beneficial effects of the utility model are that: the powder is added into the stirring dispersion tank through the powder supply pipe, meanwhile, the corresponding auxiliary agent is added into the stirring dispersion tank through the auxiliary agent pump and the auxiliary agent feed pipe, after the powder and the auxiliary agent are stirred and dispersed in the stirring dispersion tank, the material in the stirring dispersion tank is pumped into the high-speed dispersion tank through the guide diaphragm pump, meanwhile, corresponding auxiliary agents are added into the high-speed dispersion kettle through an auxiliary agent pump and an auxiliary agent feeding pipe, then the materials are dispersed in the high-speed dispersion kettle at high speed, after the high-speed dispersion of the materials is finished, the materials are pumped to a paint mixing kettle through a material guide diaphragm pump, the auxiliary agents with corresponding colors are led into the paint mixing kettle through an auxiliary agent pump, coloring the material, after the coloring is finished, filtering the coloring material through a movable filter, and performing subsequent packaging operation on the filtered coloring material to obtain a finished paint product. The vacuum pump passes through the cooperation of suction tube, buffer tank, negative pressure pipe, dust pipe and dust collection cover, can collect the dust collection tank with the dust that produces in the reinforced process steadily in.

The utility model discloses a paint vehicle production line system structural design is reasonable, can practice thrift manufacturing cost and cost of labor at to a great extent, can effectively avoid the dust diffusion and pollute the production and processing workshop.

Drawings

FIG. 1 is a schematic structural diagram of a dispersing and stirring system for paint production and processing;

FIG. 2 is a schematic structural diagram of a stirring dispersion tank in a dispersion stirring system for paint production and processing;

FIG. 3 is a schematic structural diagram of a high-speed dispersion tank in a dispersion stirring system for paint production and processing;

FIG. 4 is a schematic structural diagram of a paint mixing kettle in a dispersing and stirring system for paint production and processing;

FIG. 5 is a schematic diagram of a movable filter in a dispersing and stirring system for paint production and processing.

In the figure: 100-platform, 200-pneumatic discharge valve, 1-stirring dispersing kettle, 11-raw material dispersing kettle body, 12-jacket shell, 13-heat exchange clamping cavity, 14-homogeneous dispersing disk, 141-dispersing rotating shaft, 15-frame type stirring paddle, 151-scraping blade, 152-stirring shaft sleeve, 153-shaft sleeve gear, 154-intermediate gear, 155-output gear, 16-stirring driving motor, 17-dispersing driving motor, 2-high-speed dispersing kettle, 21-high-speed dispersing kettle shell, 22-high-speed dispersing rotating disk, 23-high-speed dispersing rotating shaft, 24-high-speed dispersing motor, 3-paint mixing kettle, 31-paint mixing kettle shell, 32-paint mixing stirring paddle, 33-paint mixing rotating shaft, 34-paint mixing motor, 4-material guide pipe, 41-guide diaphragm pump, 5-movable filter, 51-filter, 52-movable cart, 53-fence frame, 6-, 7-semi-automatic filling machine, 8-dust collection cover, 81-dust guide pipe, 82-dust collection tank, 83-buffer tank, 84-vacuum pump, 85-slag discharge port, 86-dust guide cover, 87-negative pressure pipe, 88-suction pipe, 9-auxiliary agent pump and 91-auxiliary agent feed pipe.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1 to 5, the present invention provides a technical solution: a dispersing and stirring system for paint production and processing comprises a platform 100, a stirring and dispersing kettle 1, a high-speed dispersing kettle 2 and a paint mixing kettle 3 which are sequentially arranged on the platform 100, the top feed inlets of the stirring dispersion kettle 1, the high-speed dispersion kettle 2 and the paint mixing kettle 3 are respectively butted with corresponding auxiliary agent feed pipes 91, each auxiliary agent feed pipe 91 is provided with an auxiliary agent pump 9, a powder supply pipe 7 is also inserted at the top feed inlet of the stirring dispersion kettle 1, a dust collection cover 8 is also installed at the top feed inlet of the stirring dispersion kettle 1, a dust guide pipe 81 is connected with the top outlet of the dust collection cover 8, the other end of the dust guide pipe 81 is inserted into a dust collection tank 82, a negative pressure pipe 87 is installed at a negative pressure port of the dust collection tank 82, the other end of the negative pressure pipe 87 is inserted into the buffer tank 83, a suction pipe 88 is also inserted into the buffer tank 83, and the other end of the suction pipe 88 is communicated with a suction port of the vacuum pump 84;

the bottom discharge port of the stirring dispersion tank 1 is in butt joint with the top feed port of the high-speed dispersion tank 2 through the material guide pipes 4, the bottom discharge port of the high-speed dispersion tank 2 is also in butt joint with the top feed port of the paint mixing tank 3 through the material guide pipes 4, the bottom discharge port of the paint mixing tank 3 is also in butt joint with the top feed port of the movable filter 5 through the material guide pipes 4, and each material guide pipe 4 is provided with a material guide diaphragm pump 41.

The utility model discloses a theory of operation is: the powder is added into the stirring dispersion kettle 1 through the powder supply pipe 7, meanwhile, corresponding auxiliary agents are added into the stirring dispersion kettle 1 through the auxiliary agent pump 9 and the auxiliary agent supply pipe 91, after the powder and the auxiliary agents are stirred and dispersed in the stirring dispersion kettle 1, the materials in the stirring dispersion kettle 1 are pumped into the high-speed dispersion kettle 2 through the guide diaphragm pump 41, meanwhile, the corresponding auxiliary agents are added into the high-speed dispersion kettle 2 through the auxiliary agent pump 9 and the auxiliary agent supply pipe 91, then, the materials are subjected to high-speed dispersion movement in the high-speed dispersion kettle 2, after the high-speed dispersion of the materials is finished, the materials are pumped into the paint mixing kettle 3 through the guide diaphragm pump 41, the auxiliary agents with corresponding colors are led into the paint mixing kettle 3 through the auxiliary agent pump 9 to color the materials, after the finishing, the coloring materials are filtered through the movable filter 5, and the subsequent packaging operation can be carried out on the filtered coloring materials, thereby preparing the finished paint product.

Vacuum pump 84 passes through the suction tube 88, buffer tank 83, negative pressure pipe 87, the cooperation of cover 8 is collected to dust pipe 81 and dust, can collect dust collecting tank 82 with the dust that the reinforced in-process produced steadily, the end connection that dust pipe 81 stretched into in the dust collecting tank 82 has dust guide cover 86, the negative pressure mouth position of negative pressure pipe 87 cartridge is higher than dust guide cover 86, so structural arrangement, the dust of being convenient for inhale into in the dust collecting tank 82 falls into dust collecting tank 82 bottom, avoid a large amount of dust directly by leading-in buffer tank 83 in, the bottom of dust collecting tank 82 is provided with row cinder notch 85, be convenient for retrieve accumulational powder.

The utility model discloses a paint vehicle production line system structural design is reasonable, can practice thrift manufacturing cost and cost of labor at to a great extent, can effectively avoid the dust diffusion and pollute the production and processing workshop.

Wherein, stirring dispersion tank 1 includes raw materials dispersion tank body 11, and raw materials dispersion tank body 11 is inside to be provided with frame stirring rake 15 and homogeneity dispersion mechanism, frame stirring rake 15 fixes the lower extreme at stirring axle sleeve 152 through the oar cover suit of top, 11 top fixed mounting of raw materials dispersion tank body have the gearbox body, stirring axle sleeve 152 rotates to be installed in the gearbox body, and stirring axle sleeve 152 passes through gear drive mechanism and gearbox body and goes up the stirring driving motor 16 drive of installation and be connected, homogeneity dispersion mechanism is including dispersion pivot 141 and dispersion pivot 141 on the homogeneity dispersion dish 14 of fixing, and the upper end of dispersion pivot 141 rotates to be installed inside stirring axle sleeve 152, and the dispersion driving motor 17 drive connection of dispersion pivot 141's top and gearbox body upper end installation.

The gear transmission mechanism comprises an intermediate shaft rod fixed in the gearbox body, an intermediate gear 154 rotatably mounted on the intermediate shaft rod, a shaft sleeve gear 153 fixedly mounted on the stirring shaft sleeve 152 and an output gear 155 fixedly mounted on an output shaft of the stirring driving motor 16, the output gear 155 is meshed with the intermediate gear 154, and the intermediate gear 154 is meshed with the shaft sleeve gear 153.

And a plurality of scraping pieces 151 used for contacting with the inner wall of the raw material dispersion kettle body 11 are fixedly arranged on the outer sides of the vertical section paddle rods on the two sides of the frame type stirring paddle 15 and the arc section paddle rod at the bottom.

When the stirring and dispersing kettle 1 works, the materials in the whole raw material dispersing kettle body 11 are subjected to homogeneous dispersion by using the homogeneous dispersion plate 14, and the low-speed stirring of the frame type stirring paddle 15 is matched, so that the homogeneous dispersion effect and efficiency can be greatly improved; meanwhile, the fixed scraping pieces 151 distributed on the frame type stirring paddle 15 can continuously scrape and sweep the inner wall of the raw material dispersion kettle body 11, and the powder residues adhered to the inner wall of the homogenizing device can be effectively avoided.

Wherein, high-speed dispersion tank 2 includes high-speed dispersion tank casing 21, and high-speed dispersion motor 24 is installed at the top of high-speed dispersion tank casing 21, and the inside of high-speed dispersion tank casing 21 is provided with high-speed dispersion pivot 23, and the lower extreme fixed mounting of high-speed dispersion pivot 23 has high-speed dispersion carousel 22, and high-speed dispersion tank casing 21 is passed to the upper end of high-speed dispersion pivot 23 to be connected with the output drive of high-speed dispersion motor 24.

When the high-speed dispersion kettle 2 works, the high-speed dispersion turntable 22 is used for dispersing the mixed materials at a high speed.

The outer walls of the raw material dispersing kettle body 11 and the high-speed dispersing kettle shell 21 are fixedly provided with jacket shells 12, heat exchange clamping cavities 13 are formed between the jacket shells 12 and the outer walls of the raw material dispersing kettle body 11 and the high-speed dispersing kettle shell 21, and heat exchange inlets and heat exchange outlets communicated with the heat exchange clamping cavities 13 are further arranged on the jacket shells 12.

Leading-in heat transfer liquid is pressed from both sides the intracavity 13 to the heat transfer through the heat transfer import, exports the heat transfer liquid through the heat transfer after will passing through the heat transfer, and the heat transfer liquid can carry out the heat transfer to raw materials dispersion tank body 11 and the inside material of high-speed dispersion tank casing 21, is favorable to accelerating reaction rate, improves production machining efficiency.

The paint mixing kettle 3 comprises a paint mixing kettle shell 31, a paint mixing motor 34 is installed at the top of the paint mixing kettle shell 31, a paint mixing rotating shaft 33 is arranged inside the paint mixing kettle shell 31, a paint mixing stirring paddle 32 is fixedly installed at the lower end of the paint mixing rotating shaft 33, and the upper end of the paint mixing rotating shaft 33 penetrates through the paint mixing kettle shell 31 and is in driving connection with the output end of the paint mixing motor 34;

transfer lacquer stirring rake 32 adopt frame form stirring rake, be provided with the suit in the middle of the top of frame form stirring rake and fix the upper portion oar cover 322 in transferring lacquer pivot 33, be provided with the suit in the middle of the bottom of frame form stirring rake and fix the lower part oar cover 321 in transferring lacquer pivot 33, the inside bottom of transferring lacquer cauldron casing 31 still is fixed with the steadying frame, is fixed with on the steadying frame and stabilizes cover 311, the bottom normal running fit of transferring lacquer pivot 33 is in stabilizing cover 311.

3 during operations of paint mixing kettle, carry out the rapid mixing through transferring paint stirring rake 32 to material and pigment auxiliary agent and mix, the packaging structure of transferring paint stirring rake 32 reasonable in design, it is spacing to lead to the bottom of transferring paint pivot 33 through stabilizing sleeve 311 on the steady rest, ensures to transfer paint stirring rake 32 and can carry out the rapid mixing steadily.

The movable filter 5 comprises a movable cart 52 and a fence frame 53 fixedly mounted on the movable cart 52, a filter 51 is mounted in the fence frame 53, a top feeding hole of the filter 51 is in butt joint with the material guide pipe 4, and a bottom discharging hole of the filter 51 is in butt joint with a filling head of the semi-automatic filling machine 6 through a pipeline. Adopt movable filter 5 to filter, be favorable to follow-up change clearance, when filter 51 filter effect worsens, demolish passage 4 and pipeline, can push away filter 51 to the clearance district through removing shallow 52, also conveniently assemble the replacement with new filter 51.

Wherein, pneumatic bleeder valves 200 are respectively installed at the bottom discharge outlets of the stirring dispersion tank 1, the high-speed dispersion tank 2 and the paint mixing tank 3. The bottom of stirring dispersion tank 1, high-speed dispersion tank 2 and paint mixing kettle 3 is controlled through pneumatic bleeder valve 200 to arrange the material, arranges convenient operation, can realize semi-automatization production.

It is obvious to a person skilled in the art that the invention is not restricted to details of the above-described exemplary embodiments, but that it can be implemented in other specific forms without departing from the spirit or essential characteristics of the invention. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims (9)

1. The utility model provides a paint vehicle manufacture processing is with dispersion mixing system which characterized in that: comprises a platform (100), a stirring dispersion kettle (1), a high-speed dispersion kettle (2) and a paint mixing kettle (3) which are sequentially arranged on the platform (100), wherein top feed inlets of the stirring dispersion kettle (1), the high-speed dispersion kettle (2) and the paint mixing kettle (3) are respectively butted with corresponding auxiliary agent feed pipes (91), each auxiliary agent feed pipe (91) is provided with an auxiliary agent pump (9), a powder supply pipe (7) is also inserted at a top feed inlet of the stirring dispersion kettle (1), a dust collecting cover (8) is also installed at a top feed inlet of the stirring dispersion kettle (1), a top outlet of the dust collecting cover (8) is connected with a dust guide pipe (81), the other end of the dust guide pipe (81) is inserted into a negative pressure dust collecting tank (82), a negative pressure port of the dust collecting tank (82) is provided with a negative pressure pipe (87), and the other end of the negative pressure pipe (87) is inserted into a buffer tank (83), a suction pipe (88) is also inserted in the buffer tank (83), and the other end of the suction pipe (88) is communicated with a suction port of the vacuum pump (84);

the bottom discharge port of the stirring dispersion tank (1) is in butt joint with the top feed port of the high-speed dispersion tank (2) through the material guide pipes (4), the bottom discharge port of the high-speed dispersion tank (2) is also in butt joint with the top feed port of the paint mixing tank (3) through the material guide pipes (4), the bottom discharge port of the paint mixing tank (3) is also in butt joint with the top feed port of the movable filter (5) through the material guide pipes (4), and each material guide pipe (4) is provided with a material guide diaphragm pump (41).

2. The dispersing and stirring system for paint production and processing according to claim 1, wherein: the stirring dispersion kettle (1) comprises a raw material dispersion kettle body (11), a frame type stirring paddle (15) and a homogenizing dispersion mechanism are arranged in the raw material dispersion kettle body (11), the frame type stirring paddle (15) is sleeved and fixed at the lower end of the stirring shaft sleeve (152) through the paddle sleeve above, the top of the raw material dispersion kettle body (11) is fixedly provided with a gearbox body, the stirring shaft sleeve (152) is rotatably arranged in the gearbox body, the stirring shaft sleeve (152) is in driving connection with a stirring driving motor (16) arranged on the gearbox body through a gear transmission mechanism, the homogenizing and dispersing mechanism comprises a dispersing rotating shaft (141) and a homogenizing and dispersing disk (14) fixed on the dispersing rotating shaft (141), the upper end of the dispersing rotating shaft (141) is rotatably arranged in the stirring shaft sleeve (152), and the top of the dispersion rotating shaft (141) is in driving connection with a dispersion driving motor (17) arranged at the upper end of the gearbox body.

3. The dispersing and stirring system for paint production and processing according to claim 2, wherein: the gear transmission mechanism comprises an intermediate shaft rod fixed inside the gearbox body, an intermediate gear (154) rotatably mounted on the intermediate shaft rod, a shaft sleeve gear (153) fixedly mounted on the stirring shaft sleeve (152), and an output gear (155) fixedly mounted on an output shaft of the stirring driving motor (16), wherein the output gear (155) is meshed with the intermediate gear (154), and the intermediate gear (154) is meshed with the shaft sleeve gear (153).

4. The dispersing and stirring system for paint production and processing according to claim 2, wherein: the outer sides of the vertical section paddle rods at the two sides of the frame type stirring paddle (15) and the circular arc section paddle rod at the bottom are respectively and fixedly provided with a plurality of scraping pieces (151) which are used for contacting with the inner wall of the raw material dispersion kettle body (11).

5. The dispersing and stirring system for paint production and processing according to claim 2, wherein: high-speed dispersion tank (2) include high-speed dispersion tank casing (21), and high-speed dispersion motor (24) are installed at the top of high-speed dispersion tank casing (21), and the inside of high-speed dispersion tank casing (21) is provided with high-speed dispersion pivot (23), and the lower extreme fixed mounting of high-speed dispersion pivot (23) has high-speed dispersion carousel (22), and high-speed dispersion tank casing (21) are passed to the upper end of high-speed dispersion pivot (23) to be connected with the output drive of high-speed dispersion motor (24).

6. The dispersing and stirring system for paint production and processing according to claim 5, wherein: the outer walls of the raw material dispersion kettle body (11) and the high-speed dispersion kettle shell (21) are fixedly provided with jacket shells (12), heat exchange clamp cavities (13) are formed among the jacket shells (12), the outer walls of the raw material dispersion kettle body (11) and the outer walls of the high-speed dispersion kettle shell (21), and heat exchange inlets and heat exchange outlets communicated with the heat exchange clamp cavities (13) are further arranged on the jacket shells (12).

7. The dispersing and stirring system for paint production and processing according to claim 1, wherein: the paint mixing kettle (3) comprises a paint mixing kettle shell (31), a paint mixing motor (34) is installed at the top of the paint mixing kettle shell (31), a paint mixing rotating shaft (33) is arranged inside the paint mixing kettle shell (31), a paint mixing stirring paddle (32) is fixedly installed at the lower end of the paint mixing rotating shaft (33), and the upper end of the paint mixing rotating shaft (33) penetrates through the paint mixing kettle shell (31) and is in driving connection with the output end of the paint mixing motor (34);

transfer lacquer stirring rake (32) adopt frame form stirring rake, be provided with upper portion oar cover (322) that the suit is fixed on transferring lacquer pivot (33) in the middle of the top of frame form stirring rake, be provided with lower part oar cover (321) that the suit is fixed on transferring lacquer pivot (33) in the middle of the bottom of frame form stirring rake, the inside bottom of transferring lacquer cauldron casing (31) still is fixed with the steadying frame, is fixed with on the steadying frame and overlaps (311), the bottom normal running fit of transferring lacquer pivot (33) is in steadying cover (311).

8. The dispersing and stirring system for paint production and processing according to claim 1, wherein: movable filter (5) go up fixed mounting including removing shallow (52), removal shallow (52) and have rail frame (53), install in rail frame (53) and placed filter (51), the top feed inlet and the stand pipe (4) butt joint of filter (51), the bottom discharge gate of filter (51) passes through the filling head butt joint of pipeline with semi-automatic liquid filling machine (6).

9. The dispersing and stirring system for paint production and processing according to claim 1, wherein: pneumatic discharge valves (200) are installed at the bottom discharge outlets of the stirring dispersion kettle (1), the high-speed dispersion kettle (2) and the paint mixing kettle (3).

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