CN209205191U - A kind of printing ink preparation facilities with pigment pre-grinding function - Google Patents
A kind of printing ink preparation facilities with pigment pre-grinding function Download PDFInfo
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- CN209205191U CN209205191U CN201821523572.8U CN201821523572U CN209205191U CN 209205191 U CN209205191 U CN 209205191U CN 201821523572 U CN201821523572 U CN 201821523572U CN 209205191 U CN209205191 U CN 209205191U
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Abstract
The utility model relates to a kind of printing ink preparation facilities with pigment pre-grinding function, including mixing tank, agitating shaft is equipped in mixing tank, stir net cylinder, agitating shaft, which protrudes into stirring net cylinder, forms inside and outside two-stage stirring setting, agitating shaft is connect with the agitating shaft motor drive of mixing tank top outer, the auger face axially extended is equipped on agitating shaft, stirring net cylinder is connect with the stirring net cylinder motor drive of mixing pot bottom, the inner sidewall for stirring net cylinder is equipped with multiple groups stirring blade, material inlet is equipped at the top of mixing tank, auxiliary agent import, material inlet is connected to Raw material pail, Raw material pail is connected to beforehand research tumbling barrel, pigment enters Raw material pail after beforehand research tumbling barrel pre-grinding, auxiliary agent import is connected to auxiliary agent bucket, the lower part of mixing tank is equipped with discharge gate.The utility model realizes the efficient mixing of various materials using inside and outside two-stage stirring is arranged in mixing tank, has the characteristics that high production efficiency.
Description
Technical field
The utility model relates to a kind of printing ink preparation facilities, in particular to a kind of prints with pigment pre-grinding function
Brush ink preparation facilities belongs to printing ink production field.
Background technique
Ink is the substance that graph text information is used to form in printing process, and ink is by substances such as pigment, link stuff, auxiliary agents
The homogeneous mixture of composition is the coloured pulpous state adherent with certain fluidity.Therefore, color, dilute thick, mobile performance, dry
Dry performance is to evaluate the important indicator of ink, according to stock, printing process, the type of printing plate and drying means etc. come certainly
The These parameters of stand oil ink.Wherein, pigment is the solid component in ink, is the substance that show color of ink, usually not soluble in water
Pigment, performance and saturation degree, tinting strength, tinting power, the transparency of ink colors etc. have close relationship.Link stuff is the liquid of ink
Body ingredient is the carrier of pigment, and in printing process, link stuff carries granules of pigments printing and forms ink film on the substrate,
It through fixed, drying and adheres on the substrate, glossiness, drying property, mechanical strength of performance and ink film etc. are related.Auxiliary agent is
For the additional material of the printabilities such as the viscosity, adherence, drying property that improve ink.
Utility model content
The utility model printing ink preparation facilities discloses new scheme, using being arranged in pigment pre-grinding and mixing tank
The scheme that inside and outside two-stage stirring combines realizes the efficient mixing of various materials, solves existing scheme production efficiency, quality not
High problem.
It includes mixing tank that the utility model, which has the printing ink preparation facilities of pigment pre-grinding function, is equipped in mixing tank
Agitating shaft, stirring net cylinder, agitating shaft, which protrudes into stirring net cylinder, forms inside and outside two-stage stirring setting, outer at the top of agitating shaft and mixing tank
The agitating shaft motor drive of side connects, and the auger face axially extended is equipped on agitating shaft, stirs net cylinder and mixing tank
The stirring net cylinder motor drive of bottom connects, and the inner sidewall for stirring net cylinder is equipped with multiple groups stirring blade, is equipped at the top of mixing tank
Material inlet, auxiliary agent import, material inlet are connected to Raw material pail, and Raw material pail is connected to beforehand research tumbling barrel, and pigment is pre- through beforehand research tumbling barrel
Enter Raw material pail after grinding, auxiliary agent import is connected to auxiliary agent bucket, and the lower part of mixing tank is equipped with discharge gate, and raw material is discharged by Raw material pail
Mixing tank, agitating shaft, stirring net cylinder are tentatively stirred the raw material in mixing tank, and auxiliary agent is discharged into mixing tank by auxiliary agent bucket
Mixing is futher stirred, the ink being agitated to form is discharged from discharge gate.
Further, the stirring net cylinder of this programme is cylindrical net cylinder structure, and the upper end edge for stirring net cylinder is equipped with rotation and slides
The dynamic outer eaves of connection annulus, the upper inner wall of mixing tank are equipped with rotational slide and connect annulus eaves, and rotational slide connects outside annulus
Eaves connect annulus eaves with rotational slide and forms compression rotational slide connection by multiple balls.
Further, the stirring blade of this programme is the strip plate structure protruded above from stirring net cylinder inner sidewall, and strip is hardened
Structure is in tilted layout along stirring net cylinder inner sidewall.
Further, the Raw material pail of this programme includes pigment inner cavity, binder inner cavity, dispersing agent inner cavity, pigment inner cavity, connection
Material inner cavity, dispersing agent inner cavity are connected to feed general pipeline, and pigment inner cavity, pigment intracavitary in dispersing agent, connects binder inner cavity
Material, dispersing agent enter mixing tank by being fed general pipeline.
Further, the feed general pipeline of this programme includes feed jet mixing section, conveying pipeline section, and feed jet mixing section is along charging side
The frustum barrel structure tapered to radial dimension, pigment, binder, dispersing agent pass through conveying after tentatively mixing in feed jet mixing section
Pipeline section enters mixing tank.
Further, the auxiliary agent bucket of this programme includes auxiliary agent inner cavity, and auxiliary agent inner cavity is connected to feeder sleeve, and feeder sleeve protrudes into mixing
The outlet end of tank is equipped with refining spray head, and refining spray head is the frustum barrel structure along discharging direction radial dimension flaring, refining spray
The outlet end of head is equipped with discharging sieve pore net, and auxiliary agent is by entering mixing tank after discharging sieve pore net dispersion.
Further, the printing ink preparation facilities of this programme further includes exhaust-gas treatment tank, and the bottom of exhaust-gas treatment tank is equipped with
The top of air inlet, waste liquid outlet, exhaust-gas treatment tank is equipped with exhaust outlet, inlet, and the dust and gas of mixing tank internal upper part passes through air inlet
Mouth is discharged after gas washing from exhaust outlet in the scavenging solution in exhaust-gas treatment tank, and the scavenging solution of supplement is discharged into exhaust-gas treatment from inlet
Exhaust-gas treatment tank is discharged from waste liquid outlet in the scavenging solution of tank, failure.
Further, along several air sifter nets are axially arranged in the exhaust-gas treatment tank of this programme, scavenging solution will be hindered through air sifter net
The dust and gas gas washing block, dispersed.
Further, the pre-grinding case of this programme includes cabinet, and cabinet includes interconnected grinding chamber, discharging channel, is ground
Mill is indoor to be equipped with grinding roller A, grinds roller B, is entered after the ground roller A of pigment, grinding roller B grinding by discharging channel
Raw material pail.
Further, the input end of the discharging channel of this programme is equipped with the hardened structure of brush material, the work end edge of the hardened structure of brush material
Discharging channel is fallen into along the pigment being adhered on grinding roller A, grinding roller B is scraped.
There is the utility model the printing ink preparation facilities of pigment pre-grinding function to use pigment pre-grinding and mixing tank
The scheme that two-stage stirring combines inside and outside interior setting realizes the efficient mixing of various materials, with the high spy of production efficiency, quality
Point.
Detailed description of the invention
Fig. 1 is the schematic diagram for printing ink preparation facilities.
Fig. 2 is the expanded schematic diagram for stirring multiple groups stirring blade on net cylinder inner sidewall.
Fig. 3 is the schematic diagram of refining spray head.
Fig. 4 is the partial enlargement diagram in the portion A in Fig. 1.
Fig. 5 is the schematic diagram of Raw material pail.
Fig. 6 is the schematic diagram of beforehand research tumbling barrel.
Fig. 7 is the schematic diagram that mixing tank and exhaust-gas treatment tank are assembled.
Wherein, 101 be rotational slide connection annulus eaves, and 111 be auger face, and 120 be stirring net cylinder, and 121 be stirring
Blade, 122 be the outer eaves of rotational slide connection annulus, and 130 be Raw material pail, and 131 be pigment inner cavity, and 132 be binder inner cavity, 133
It is dispersing agent inner cavity, 140 be auxiliary agent bucket, and 141 be refining spray head, and 142 be discharging sieve pore net, and 151 be grinding roller A, and 152 be to grind
Grinding roller cylinder B, 153 be the hardened structure of brush material, and 210 be air sifter net.
Specific embodiment
As shown in Figure 1, it includes mixing tank that the utility model, which has the printing ink preparation facilities of pigment pre-grinding function, mix
Agitating shaft, stirring net cylinder are equipped in batch can, agitating shaft, which protrudes into stirring net cylinder, forms inside and outside two-stage stirring setting, agitating shaft and mixed
The agitating shaft motor drive of batch can top outer connects, and the auger face axially extended is equipped on agitating shaft, stirs net
Cylinder is connect with the stirring net cylinder motor drive of mixing pot bottom, and the inner sidewall for stirring net cylinder is equipped with multiple groups stirring blade, mixing
Tank top is equipped with material inlet, auxiliary agent import, and material inlet is connected to Raw material pail, and Raw material pail is connected to beforehand research tumbling barrel, pigment warp
Enter Raw material pail after beforehand research tumbling barrel pre-grinding, auxiliary agent import is connected to auxiliary agent bucket, and the lower part of mixing tank is equipped with discharge gate, Raw material pail
Raw material is discharged into mixing tank, agitating shaft, stirring net cylinder are tentatively stirred the raw material in mixing tank, and auxiliary agent bucket is by auxiliary agent
It is discharged into mixing tank and futher stirs mixing, the ink being agitated to form is discharged from discharge gate.Above scheme is pre- using pigment
It grinds and realizes the efficient mixing of various materials with the scheme that the inside and outside two-stage stirring of setting in mixing tank combines, improve production and imitate
Rate, quality.
As shown in Fig. 1,4, in order to improve the stability of stirring net cylinder Stirring, the stirring net cylinder of this programme is cylindrical
Net cylinder structure, the upper end edge for stirring net cylinder are equipped with the outer eaves of rotational slide connection annulus, and the upper inner wall of mixing tank is equipped with
Rotational slide connects annulus eaves, and the outer eaves of rotational slide connection annulus connect annulus eaves with rotational slide and forms pressure by multiple balls
Tight rotational slide connection.
As shown in Figure 1, 2, in order to improve mixture stirring mixing effect, this programme use up and down circulation mixed-flow
Stirring mode, the stirring blade of specifically this programme are the strip plate structures protruded above from stirring net cylinder inner sidewall, and strip is hardened
Structure is in tilted layout along stirring net cylinder inner sidewall, and the selection of this blade combination direction of rotation can mention the material of lower part in mixing tank
Top is risen to, while the auger face in rotary shaft combines the selection of direction of rotation that can push the material of mixing tank internal upper part
To lower part, the type of flow of circulation stirring mixing up and down is formed, the uniformity of mixing is improved.
As shown in figure 5, the input in order to realize plurality of raw materials, the Raw material pail of this programme includes pigment inner cavity, in binder
Chamber, dispersing agent inner cavity, pigment inner cavity, binder inner cavity, dispersing agent inner cavity are connected to feed general pipeline, in pigment inner cavity, binder
Intracavitary pigment, binder, dispersing agent enter mixing tank by being fed general pipeline in chamber, dispersing agent.Based on above scheme, in order to make
Raw material carries out preliminary mixing before entering mixing tank, the feed general pipeline of this programme includes feed jet mixing section, conveying pipeline section, into
Expect that mixing section is the frustum barrel structure tapered along feedstock direction radial dimension, pigment, binder, dispersing agent are in feed jet mixing section
Mixing tank is entered by conveying pipeline section after preliminary mixing.
As shown in Figure 1,3, in order to realize that auxiliary agent uniformly spills into mixing tank, the auxiliary agent bucket of this programme includes auxiliary agent inner cavity, is helped
Agent inner cavity is connected to feeder sleeve, and the outlet end that feeder sleeve protrudes into mixing tank is equipped with refining spray head, and refining spray head is along discharging side
To the frustum barrel structure of radial dimension flaring, the outlet end of refining spray head is equipped with discharging sieve pore net, and auxiliary agent passes through discharging sieve pore net
Enter mixing tank after dispersion.
As shown in fig. 6, the pre-grinding processing in order to realize pigment, the pre-grinding case of this programme includes cabinet, and cabinet includes
Interconnected grinding chamber, discharging channel are equipped with grinding roller A, grinding roller B in grinding chamber, the ground roller A of pigment, grind
Raw material pail is entered by discharging channel after grinding roller cylinder B grinding.Based on above scheme, in order to avoid grinding channel blockage, outside pigment
It overflows, the input end of the discharging channel of this programme is equipped with the hardened structure of brush material, and the working end edge of the hardened structure of brush material will be adhered to grinding
Pigment on roller A, grinding roller B, which scrapes, falls into discharging channel, excessive so as to avoid blocking and pigment powder revolution.
As shown in fig. 7, the dust pernicious gas to be formed, the print of this programme is mixed in order to clear up mixing tank internal cause in time
Brush ink preparation facilities further includes exhaust-gas treatment tank, and the bottom of exhaust-gas treatment tank is equipped with air inlet, waste liquid outlet, exhaust-gas treatment tank
Top be equipped with exhaust outlet, inlet, the dust and gas of mixing tank internal upper part is by air inlet in the scavenging solution in exhaust-gas treatment tank
It is discharged after gas washing from exhaust outlet, the scavenging solution of supplement is discharged into exhaust-gas treatment tank from inlet, and the scavenging solution of failure is from waste liquid outlet
Exhaust-gas treatment tank is discharged.It comes into full contact with it with scavenging solution to improve the efficiency of dust and gas purification based on above scheme and reacts,
Edge is axially arranged with several air sifter nets, the dust and gas gas washing that scavenging solution will stop through air sifter net, disperse in the exhaust-gas treatment tank of this programme.
The printing ink preparation facilities with pigment pre-grinding function of this programme is using in pigment pre-grinding and mixing tank
The efficient mixing that the scheme that inside and outside two-stage stirring combines realizes various materials is set, production is realized using exhaust-gas treatment tank
The feature of environmental protection has substantive features and progress compared to existing similar scheme.
The printing ink preparation facilities with pigment pre-grinding function of this programme is not limited in specific embodiment public
The content opened, the technical solution occurred in embodiment can the understanding based on those skilled in the art and extend, art technology
Personnel also belong to the range of this programme according to the simple replacement scheme that this programme combination common knowledge is made.
Claims (10)
1. a kind of printing ink preparation facilities with pigment pre-grinding function, it is characterized in that including mixing tank, the mixing tank
Interior to be equipped with agitating shaft, stirring net cylinder, the agitating shaft, which protrudes into the stirring net cylinder, forms inside and outside two-stage stirring setting, described to stir
It mixes axis to connect with the agitating shaft motor drive of the mixing tank top outer, the spiral shell axially extended is equipped on the agitating shaft
Mixing surface is revolved, the stirring net cylinder is connect with the stirring net cylinder motor drive of the mixing pot bottom, described to stir the interior of net cylinder
Side wall is equipped with multiple groups stirring blade, is equipped with material inlet, auxiliary agent import, the material inlet and raw material at the top of the mixing tank
Bucket connection, the Raw material pail are connected to beforehand research tumbling barrel, and pigment enters the Raw material pail after the beforehand research tumbling barrel pre-grinding, described
Auxiliary agent import is connected to auxiliary agent bucket, and the lower part of the mixing tank is equipped with discharge gate, and raw material is discharged into mixing tank by Raw material pail, is stirred
Axis, stirring net cylinder are tentatively stirred the raw material in mixing tank, and auxiliary agent is discharged into mixing tank and carried out further by auxiliary agent bucket
It is stirred, the ink being agitated to form is discharged from discharge gate.
2. the printing ink preparation facilities according to claim 1 with pigment pre-grinding function, which is characterized in that described
Stirring net cylinder is cylindrical net cylinder structure, and the upper end edge of the stirring net cylinder is equipped with the outer eaves of rotational slide connection annulus, described
The upper inner wall of mixing tank is equipped with rotational slide and connects annulus eaves, the outer eaves of the rotational slide connection annulus and the rotation
The annulus eaves that is slidably connected is formed by multiple balls compresses rotational slide connection.
3. the printing ink preparation facilities according to claim 1 with pigment pre-grinding function, which is characterized in that described
Stirring blade is the strip plate structure protruded above from the stirring net cylinder inner sidewall, and the strip plate structure is along the stirring net cylinder
Inner sidewall is in tilted layout.
4. the printing ink preparation facilities according to claim 1 with pigment pre-grinding function, which is characterized in that described
Raw material pail includes pigment inner cavity, binder inner cavity, dispersing agent inner cavity, the pigment inner cavity, binder inner cavity, dispersing agent inner cavity with
It is fed general pipeline connection, the pigment inner cavity, binder inner cavity, pigment intracavitary in dispersing agent, binder, dispersing agent pass through described
It is fed general pipeline and enters the mixing tank.
5. the printing ink preparation facilities according to claim 4 with pigment pre-grinding function, which is characterized in that described
Being fed general pipeline includes feed jet mixing section, conveying pipeline section, and the feed jet mixing section is the frustum tapered along feedstock direction radial dimension
Barrel structure, pigment, binder, dispersing agent in the feed jet mixing section tentatively mix after by the conveying pipeline section entrance described in
Mixing tank.
6. the printing ink preparation facilities according to claim 1 with pigment pre-grinding function, which is characterized in that described
Auxiliary agent bucket includes auxiliary agent inner cavity, and the auxiliary agent inner cavity is connected to feeder sleeve, and the feeder sleeve protrudes into the outlet end of the mixing tank
It is equipped with refining spray head, the refining spray head is the frustum barrel structure along discharging direction radial dimension flaring, the refining spray head
Outlet end be equipped with discharging sieve pore net, auxiliary agent dispersed by the discharging sieve pore net after into the mixing tank.
7. the printing ink preparation facilities according to claim 1 with pigment pre-grinding function, which is characterized in that described
Printing ink preparation facilities further includes exhaust-gas treatment tank, and the bottom of the exhaust-gas treatment tank is equipped with air inlet, waste liquid outlet, described
The top of exhaust-gas treatment tank is equipped with exhaust outlet, inlet, and the dust and gas of the mixing tank internal upper part is by the air inlet described
It is discharged after gas washing from the exhaust outlet in scavenging solution in exhaust-gas treatment tank, the scavenging solution of supplement is discharged into described from the inlet
The exhaust-gas treatment tank is discharged from the waste liquid outlet in the scavenging solution of exhaust-gas treatment tank, failure.
8. the printing ink preparation facilities according to claim 7 with pigment pre-grinding function, which is characterized in that described
Edge is axially arranged with several air sifter nets, the dust and gas gas washing that scavenging solution will stop through the air sifter net, disperse in exhaust-gas treatment tank.
9. the printing ink preparation facilities according to claim 1 with pigment pre-grinding function, which is characterized in that described
Pre-grinding case includes cabinet, and the cabinet includes interconnected grinding chamber, discharging channel, is equipped with mixing roll in the grinding chamber
Cylinder A, grinding roller B, pigment enter the raw material by the discharging channel after the grinding roller A, grinding roller B grinding
Bucket.
10. the printing ink preparation facilities according to claim 9 with pigment pre-grinding function, which is characterized in that institute
The input end for stating discharging channel is equipped with the hardened structure of brush material, and the working end edge of the hardened structure of brush material will be adhered to the mixing roll
Pigment on cylinder A, grinding roller B, which scrapes, falls into the discharging channel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821523572.8U CN209205191U (en) | 2018-09-18 | 2018-09-18 | A kind of printing ink preparation facilities with pigment pre-grinding function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821523572.8U CN209205191U (en) | 2018-09-18 | 2018-09-18 | A kind of printing ink preparation facilities with pigment pre-grinding function |
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| CN209205191U true CN209205191U (en) | 2019-08-06 |
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| CN201821523572.8U Active CN209205191U (en) | 2018-09-18 | 2018-09-18 | A kind of printing ink preparation facilities with pigment pre-grinding function |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111117346A (en) * | 2019-12-31 | 2020-05-08 | 重庆富美包装印务有限公司 | Printing oil formula for food packaging bag printing |
| CN112959830A (en) * | 2021-02-01 | 2021-06-15 | 叶文宽 | Production method and production system for adding ink to photosensitive seal and photosensitive ink pad |
| CN113318839A (en) * | 2021-05-28 | 2021-08-31 | 重庆宏元油墨有限责任公司 | Graded grinding anti-blocking ink production system and working method |
-
2018
- 2018-09-18 CN CN201821523572.8U patent/CN209205191U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111117346A (en) * | 2019-12-31 | 2020-05-08 | 重庆富美包装印务有限公司 | Printing oil formula for food packaging bag printing |
| CN112959830A (en) * | 2021-02-01 | 2021-06-15 | 叶文宽 | Production method and production system for adding ink to photosensitive seal and photosensitive ink pad |
| CN113318839A (en) * | 2021-05-28 | 2021-08-31 | 重庆宏元油墨有限责任公司 | Graded grinding anti-blocking ink production system and working method |
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