CN209438536U - A kind of paint production plant - Google Patents
A kind of paint production plant Download PDFInfo
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- CN209438536U CN209438536U CN201822084019.5U CN201822084019U CN209438536U CN 209438536 U CN209438536 U CN 209438536U CN 201822084019 U CN201822084019 U CN 201822084019U CN 209438536 U CN209438536 U CN 209438536U
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- filter
- passage
- discharge port
- solenoid valve
- feeding inlet
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Abstract
The utility model discloses a kind of paint production plants, including agitating device, settler, filter device and aggregate bin, the agitating device is connect by the first passage with the settler, the agitating device bottom is equipped with the first solenoid valve, is additionally provided with the first mateiral pump on first passage；The settler is connect by the second passage with the filter device, is equipped with second solenoid valve close to one end of the settler on second passage, is equipped with second close to one end of the filter device on second passage and is taken out and expects valve；The filter device is connect by third passage with the aggregate bin, is equipped with third solenoid valve close to one end of the filter device on the third passage, and third is additionally provided on the third passage and takes out material valve.The utility model provides a kind of paint production plant, has the advantages that good grinding effect, structure setting are simple, easy to operate understandable.
Description
Technical field
The utility model relates to paint production plant technical fields, it particularly relates to a kind of paint production plant.
Background technique
Coating is a kind of industrial material, can be coated in object surface by different construction technologies, form adherency
Securely, there is certain slight, continuous solid film.The film formed in this way is commonly referred to as film, also known as paint film or coating.It is aqueous
Coating is an important component of coating, in existing water paint production equipment, including agitating device, grinding device and
Filter device etc., existing paint production plant have the disadvantage that first is that mixed before raw material is ground it is uneven, due to
The property of each raw material is different, causes grinding not if mixing grinding to reach the milling time difference needed for technique requires
Sufficiently, the quality of product is influenced；Second is that existing grinding device grinding effect is bad, has biggish feed particles and enter lower one
Process causes coating quality to decline.
Utility model content
To solve problems of the prior art, the purpose of the utility model is to provide a kind of paint production plant, tools
Have the advantages that good grinding effect, structure setting are simple, easy to operate understandable.
A kind of in order to achieve the above purposes, the technical solution adopted by the utility model is: paint production plant, including stirring dress
It sets, settler, filter device and aggregate bin, the agitating device are connect by the first passage with the settler, institute
It states agitating device bottom and is equipped with the first solenoid valve, be additionally provided with the first mateiral pump on first passage；The settler is logical
It crosses the second passage to connect with the filter device, is equipped with second close to one end of the settler on second passage
Solenoid valve is equipped with second and takes out on second passage and expects valve close to one end of the filter device；The filter device passes through
Third passage is connect with the aggregate bin, is equipped with third electromagnetism close to one end of the filter device on the third passage
Valve is additionally provided with third on the third passage and takes out material valve.
Paint production plant is divided into four parts, respectively agitating device, precipitating by the paint production plant of the utility model
Device, filter device and aggregate bin, raw material carry out Stirring in agitating device, and the mixing after stirring enters settler
It is precipitated, clear liquid enters filter device by the second passage, and filter residue is then excluded, and clear liquid was carried out in filter device
Filter removes the little particle impurity in clear liquid, finally flows into aggregate bin and carries out concentration packing, structure setting is simple, easy to operate
It is understandable.
Preferably, the agitating device includes stirred box body, and the lateral wall of the stirred box body is equipped with stirring motor, described
The top of stirred box body is equipped with the first feeding inlet, is equipped with below the feeding inlet in the stirred box body and crushes Kun, described
It crushes and is transversely provided with agitating shaft below Kun, the side wall of one end of the agitating shaft and the stirred box body is rotatablely connected, described to stir
The output shaft for mixing the other end and the stirring motor of axis is affixed, and the agitating shaft is equipped with stirring blade, the stirred box body
Inner top abuts agitating shaft and is equipped with heating device, and bottom is equipped with the first discharge port, first discharge port in the stirred box body
It is communicated with first solenoid valve, the side wall of the stirred box body is equipped with return port, and the top of the return port is equipped with water filling port.
The stirred box body of the structure can carry out pulverization process by crushing the Kun raw material big to particle, and it is smaller to be ground into particle
Raw material, then raw material is stirred by mixed processing by the stir process of stirring blade, the heating device can be to agitator
Interior mixing is heated, and mixing velocity is accelerated, and improves mixing efficiency.
Preferably, the settler includes precipitating cabinet, and the precipitating top of the box is equipped with the second feeding inlet, and described the
Two feeding inlets are connect by the first passage with first discharge port, and the precipitating wall box is equipped with the second discharge port, institute
The second discharge port is stated to communicate with the second solenoid valve；The precipitating cabinet exterior is arranged with annular magnet, the precipitating cabinet
It is inside plugged with isolator, the isolator includes the magnet steel of annular, and the outer wall of the magnet steel is resisted against the interior of the precipitating cabinet
On wall, it is respectively fixed with up-hole plate and orifice plate on the inner wall of the magnet steel, is clamped between the up-hole plate and the orifice plate
There are filter screen, the magnet steel and the annular magnet phase sticking, and the precipitating cabinet is non magnetic material composition, the precipitating
It is additionally provided with observation panel on the top of cabinet, the access panel of transparent glass material is installed on the observation panel.
Mixed mixture is pumped into settling tank body by the first mateiral pump, can be intracorporal to settling tank by isolator
Impurity is tentatively isolated, and after standing several minutes, clear liquid enters filter device by pipeline, and staff can pass through access panel
Observe the intracorporal precipitation status of settling tank.
Preferably, bottom is equipped with drain spout in the settling tank body, and the precipitating bottom of box is equipped with material leakage solenoid valve, institute
It states drain spout to communicate with the material leakage solenoid valve, the material leakage solenoid valve is connected to two-way control valve, the two-way by material leakage pipe
One end of control valve is connect by refeed line with the return port, and the other end of the two-way control valve is connected with by leaking slag pipe
Slag trapping box.
The intracorporal material leakage of settling tank can be reentered in stirred box body by refeed line to be stirred, and wastage of material is avoided,
It economizes on resources；The filter residue for precipitating the bottom of box can enter slag trapping box by leaking slag pipe, carry out subsequent processing, avoid the long-term heap of filter residue
Being placed in settling tank body, which influences mixing, enters the subsequent filtration treatment of filter device progress.
Preferably, the filter device includes the first filter vat, the second filter vat and third filter vat；First filtering
The top of bucket is equipped with third feeding inlet, and the bottom of first filter vat is equipped with third discharge port, the top of first filter vat
Portion is equipped with drain-gate, and the drain-gate is cylindrical, and the drain-gate outer surface is equipped with loophole；The top of second filter vat is equipped with
4th feeding inlet, the 4th feeding inlet is connect by the first feed pipe with the third discharge port, on first feed pipe
Equipped with the first feeding engine, bottom is equipped with the 4th discharge port in second filter vat, is plugged with Z-shaped in second filter vat
Filter screen；The top of the third filter vat is equipped with the 5th feeding inlet, is equipped with sieve, the third mistake in the third filter vat
Bottom is equipped with the 5th discharge port in lauter tub, and the 5th feeding inlet is connect by the second feed pipe with the 4th discharge port, institute
The second feed pipe is stated equipped with the second feeding engine.
The filter device is filtered three times, improves the final purity for generating coating, is reduced after impurity appears in
Influence in phase technique.
Preferably, the top of the aggregate bin is equipped with the 6th feeding inlet, is equipped with round table-like filter at the 6th feeding inlet,
The aggregate bin bottom is equipped with the 6th discharge port, and the lower section of the 6th discharge port is equipped with material storing box.The 6th discharge port packet
The 4th solenoid valve and slot for including expects pipe and being arranged on discharge nozzle, the slot are located under the 4th solenoid valve
Side；Sieve plate is plugged in the slot.
After filtered mixing enters aggregate bin, by the setting of filter, waste residue is prevented excessively to be deposited in entering for aggregate bin
At mouthful, so that more convenient to use；The setting of sieve plate is conducive to further filter the residue in liquid material, improve
Filter effect.
The beneficial effects of the utility model are:
(1) paint production plant is divided into four parts by the paint production plant of the utility model, respectively agitating device,
Settler, filter device and aggregate bin, raw material carry out Stirring in agitating device, and the mixing after stirring enters precipitating
Device is precipitated, and clear liquid enters filter device by the second passage, and filter residue is then excluded, and clear liquid is carried out in filter device
Filtering removes the little particle impurity in clear liquid, finally flows into aggregate bin and carries out concentration packing, and structure setting is simple, operation letter
It is single understandable；
(2) stirred box body can carry out pulverization process by crushing the Kun raw material big to particle, be ground into the lesser original of particle
Material, then raw material is stirred by mixed processing by the stir process of stirring blade, the heating device can be in agitator
Mixing is heated, and mixing velocity is accelerated, and improves mixing efficiency；
(3) mixed mixture is pumped into settling tank body by the first mateiral pump, can be to precipitating cabinet by isolator
Interior impurity is tentatively isolated, and after standing several minutes, clear liquid enters filter device by pipeline, and staff can pass through sight
Examine the plate observation intracorporal precipitation status of settling tank；
(4) the intracorporal material leakage of settling tank can be reentered in stirred box body by refeed line is stirred, and avoids raw material unrestrained
Take, economizes on resources；The filter residue for precipitating the bottom of box can enter slag trapping box by leaking slag pipe, carry out subsequent processing, avoid filter residue long
Phase is deposited in influence mixing in settling tank body and enters the subsequent filtration treatment of filter device progress；
(5) filter device is filtered three times, improves the final purity for generating coating, is reduced after impurity appears in
Influence in phase technique；
(6) after filtered mixing enters aggregate bin, by the setting of filter, waste residue is prevented excessively to be deposited in aggregate bin
Inlet, so that more convenient to use；The setting of sieve plate is conducive to further filter the residue in liquid material, improves
Filter effect.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of paint production plant of the utility model embodiment；
Fig. 2 is the structural schematic diagram of the utility model embodiment agitating device；
Fig. 3 is the structural schematic diagram of the utility model embodiment settler；
Fig. 4 is the structural schematic diagram of the utility model embodiment filter device；
Fig. 5 is the structural schematic diagram of the utility model embodiment discharge nozzle.
Description of symbols:
1, agitating device；11, stirred box body；12, stirring motor；13, the first feeding inlet；14, Kun is crushed；15, agitating shaft；
16, stirring blade；17, heating device；18, controller；19, the first discharge port；110, return port；111, water filling port；2, it precipitates
Device；21, cabinet is precipitated；22, the second feeding inlet；23, the second discharge port；24, annular magnet；25, isolator；26, magnet steel；
27, up-hole plate；28, orifice plate；29, filter screen；210, observation panel；211, drain spout；212, material leakage solenoid valve；213, two-way control
Valve processed；214, refeed line；215, slag pipe is leaked；216, slag trapping box；3, filter device；31, the first filter vat；32, third feeding inlet；
33, third discharge port；34, drain-gate；35, loophole；36, the second filter vat；37, the 4th feeding inlet；38, the first feed pipe；39,
One feeding engine；310, the 4th discharge port；311, Z-shaped filter screen；312, third filter vat；313, the 5th feeding inlet；314, it sieves
Net；315, the 5th discharge port；316, the second feed pipe；317, the second feeding engine；4, aggregate bin；41, the 6th feeding inlet；42, every
Net；43, the 6th discharge port；44, material storing box；45, discharge nozzle；46, the 4th solenoid valve；47, slot；48, sieve plate；5, it first leads
Expects pipe；51, the first solenoid valve；52, the first mateiral pump；53, the second passage；54, second solenoid valve；55, second material valve is taken out；
56, third passage；57, third solenoid valve；58, third takes out material valve.
Specific embodiment
The embodiments of the present invention are described in detail with reference to the accompanying drawing.
Embodiment 1:
As shown in Figs. 1-5, a kind of paint production plant, including agitating device 1, settler 2, filter device 3 and gather materials
Bucket 4, the agitating device 1 are connect by the first passage 5 with the settler 2, and 1 bottom of agitating device is equipped with first
Solenoid valve 51 can control mixing to enter the flow velocity of settler 2, also sets on first passage 5 by the first solenoid valve 51
There is the first mateiral pump 52；The settler 2 is connect by the second passage 53 with the filter device 3, second guide
Second solenoid valve 54, the close filtering on second passage 53 are equipped with close to one end of the settler 2 on pipe 53
One end of device 3, which is equipped with second and takes out, expects valve 55；The filter device 3 is connect by third passage 56 with the aggregate bin 4, institute
It states and is equipped with third solenoid valve 57 close to one end of the filter device 3 on third passage 56, gone back on the third passage 56
Material valve 58 is taken out equipped with third.
Above-mentioned first solenoid valve 51, second solenoid valve 54 and third solenoid valve 57 are described for the flow velocity for controlling mixing
First mateiral pump 52, the second mateiral pump and third mateiral pump are in order to mixing to be drawn into subsequent equipment.
Paint production plant is divided into four parts by the paint production plant of the utility model, respectively agitating device 1, heavy
Shallow lake device 2, filter device 3 and aggregate bin 4, raw material carry out Stirring in agitating device 1, and it is heavy that the mixing after stirring enters
Shallow lake device 2 is precipitated, and clear liquid enters filter device 3 by the second passage 53, and filter residue is then excluded, and clear liquid is filled in filtering
It sets 3 to be filtered, the little particle impurity in clear liquid is removed, finally flow into aggregate bin 4 and carry out concentration packing, structure setting letter
It is single, it is easy to operate understandable.
Embodiment 2:
As shown in Figs. 1-5, the present embodiment improves on the basis of embodiment 1, and the agitating device 1 includes agitator tank
Body 11, the lateral wall of the stirred box body 11 are equipped with stirring motor 12, and the top of the stirred box body 11 is equipped with the first feeding inlet
13, the stirred box body 11 is interior to be located at below the feeding inlet equipped with Kun 14 is crushed, and the crushing Kun 14 passes through driving motor drive
Dynamic, the driving motor is set to the back side of the stirred box body 11, and preliminary pulverization process can be carried out to raw material by crushing Kun 14, can mention
Mixing effect of the high raw material in subsequent stirring is transversely provided with agitating shaft 15 below the crushing Kun 14, the agitating shaft 15
The side wall of one end and the stirred box body 11 is rotatablely connected, the output of the other end of the agitating shaft 15 and the stirring motor 12
Axis is affixed, and the agitating shaft 15 is equipped with stirring blade 16, and 11 inner top of stirred box body abuts agitating shaft 15 and is equipped with heating
Device 17, the heating device 17 are electrically connected with controller 18, and the controller 18 is set to the top of the stirred box body 11,
The heating device 17 is heater, and raw material is stirred by stirring blade 16, and heating device 17 can will stir the temperature of environment
Degree increases, and improves stirring efficiency, reduces mixing time, is stirred raw material more abundant；In the stirred box body 11
Bottom is equipped with the first discharge port 19, and first discharge port 19 is communicated with first solenoid valve 51, first solenoid valve 51
The flow velocity that mixing enters settler 2 from the first discharge port 19 is controlled, the side wall of the stirred box body 11 is equipped with return port 110,
The top of the return port 110 is equipped with water filling port 111, and the water filling port 111 can be connect with water pipe, the injection in stirred box body 11
Liquid.
The stirred box body 11 of the structure can carry out pulverization process by crushing the raw material big to particle of Kun 14, be ground into particle
Lesser raw material, then raw material is stirred by mixed processing by the stir process of stirring blade 16, the heating device 17 can
Mixing in agitator is heated, mixing velocity is accelerated, improves mixing efficiency.
Remaining structure and working principle of embodiment 2 is the same as embodiment 1.
Embodiment 3:
As shown in Figs. 1-5, the present embodiment improves on the basis of embodiment 1, and the settler 2 includes settling tank
Body 21, is equipped with the second feeding inlet 22 at the top of the precipitating cabinet 21, second feeding inlet 22 by the first passage 5 with it is described
The connection of first discharge port 19,21 side wall of precipitating cabinet are equipped with the second discharge port 23, second discharge port 23 and described the
Two solenoid valves 54 communicate；21 outer wall of precipitating cabinet is arranged with annular magnet 24, is plugged with isolation in the precipitating cabinet 21
Device 25, the isolator 25 include the magnet steel 26 of annular, and the outer wall of the magnet steel 26 is resisted against the inner wall of the precipitating cabinet 21
On, up-hole plate 27 and orifice plate 28, the up-hole plate 27 and the orifice plate 28 are respectively fixed on the inner wall of the magnet steel 26
Between be clamped with filter screen 29, the magnet steel 26 and the 24 phase sticking of annular magnet, by isolator 25 can to precipitating cabinet
Impurity in 21 is tentatively isolated, and the adsorbable some magnetic magazines of band of magnet steel 26；And the precipitating cabinet 21 is non-
Magnetic material composition can ensure that the material institute shadow of the not precipitated cabinet 21 of the adsorption capacity of magnet steel 26 and annular magnet 24
It rings；It is additionally provided with observation panel 210 on the top of the precipitating cabinet 21, transparent material qualitative observation is installed on the observation panel 210
Plate, the access panel are glass, facilitate the precipitation status that mixing is observed for operator.
Mixed mixture is pumped into precipitating cabinet 21 by the first mateiral pump 52, can be to settling tank by isolator 25
Impurity in body 21 is tentatively isolated, and after standing several minutes, clear liquid enters filter device 3 by pipeline, and staff can
The precipitation status in precipitating cabinet 21 is observed by access panel.
Remaining structure and working principle of embodiment 3 is the same as embodiment 1.
Embodiment 4:
As shown in Figs. 1-5, the present embodiment improves on the basis of embodiment 1, and bottom is set in the precipitating cabinet 21
There is drain spout 211,21 bottom of precipitating cabinet is equipped with material leakage solenoid valve 212, the drain spout 211 and the material leakage solenoid valve
212 communicate, and the material leakage solenoid valve 212 is connected to two-way control valve 213, one end of the two-way control valve 213 by material leakage pipe
It is connect by refeed line 214 with the return port 110, the other end of the two-way control valve 213 is connected with by leaking slag pipe 215
Slag trapping box 216.
Material leakage in precipitating cabinet 21 can be reentered in stirred box body 11 by refeed line 214 to be stirred, and original is avoided
Material waste, economizes on resources；The filter residue for precipitating 21 bottom of cabinet can enter slag trapping box 216 by leakage slag pipe 215, carry out subsequent place
Reason, avoiding filter residue from being deposited in for a long time influences mixing in precipitating cabinet 21 and enters filter device 3 and carry out subsequent filtration treatment.
Embodiment 5:
As shown in Figs. 1-5, the present embodiment improves on the basis of embodiment 1, and the filter device 3 includes the first mistake
Lauter tub 31, the second filter vat 36 and third filter vat 312；The top of first filter vat 31 is equipped with third feeding inlet 32, institute
The bottom for stating the first filter vat 31 is equipped with third discharge port 33, and the top of first filter vat 31 is equipped with drain-gate 34, the leakage
Grid 34 are cylindrical, and 34 outer surface of drain-gate is equipped with tiny loophole 35, and mixing can filter a part of impurity by drain-gate 34；
The top of second filter vat 36 be equipped with the 4th feeding inlet 37, the 4th feeding inlet 37 by the first feed pipe 38 with it is described
Third discharge port 33 connects, and first feed pipe 38 is equipped with the first feeding engine 39, and bottom is set in second filter vat 36
There is the 4th discharge port 310, Z-shaped filter screen 311 is plugged in second filter vat 36, the Z-shaped filter screen 311 increases
The filtering number of plies in second filter vat 36；The top of the third filter vat 312 is equipped with the 5th feeding inlet 313, the third
Sieve 314 is equipped in filter vat 312, bottom is equipped with the 5th discharge port 315, the 5th pan feeding in the third filter vat 312
Mouth 313 is connect by the second feed pipe 316 with the 4th discharge port 310, and second feed pipe 316 is equipped with the second feeding
Pump 317.
The filter device 3 is filtered for multiple times, and the final purity for generating coating is improved, and is reduced after impurity appears in
Influence in phase technique.
Embodiment 6:
As shown in Figs. 1-5, the present embodiment improves on the basis of embodiment 1, and the top of the aggregate bin 4 is equipped with the
Six feeding inlets 41, round table-like filter 42 is equipped at the 6th feeding inlet 41, and 4 bottom of aggregate bin is equipped with the 6th discharge port
43, the lower section of the 6th discharge port 43 is equipped with material storing box 44.6th discharge port 43 includes that discharge nozzle 45 and setting exist
The 4th solenoid valve 46 and slot 47 on discharge nozzle 45, the slot 47 are located at the lower section of the 4th solenoid valve 46；It is described to insert
Sieve plate 48 is plugged in slot 47, filter residue excessively can be filtered by sieve plate 48, and sieve plate 48, which is pulled out in slot 47, to incite somebody to action
It crosses filter residue to pour out, the unified filter residue that will cross pours into slag trapping box 216.
After filtered mixing enters aggregate bin 4, by the setting of filter 42, waste residue is prevented excessively to be deposited in aggregate bin 4
Inlet so that more convenient to use；The setting of sieve plate 48 is conducive to further filter the residue in liquid material,
Improve filter effect.
Specific embodiment of the present utility model above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.
Claims (7)
1. a kind of paint production plant, which is characterized in that described including agitating device, settler, filter device and aggregate bin
Agitating device is connect by the first passage with the settler, and the agitating device bottom is equipped with the first solenoid valve, described
The first mateiral pump is additionally provided on first passage；The settler is connect by the second passage with the filter device, institute
It states and is equipped with second solenoid valve, the close mistake on second passage close to one end of the settler on the second passage
The one end for filtering device, which is equipped with second and takes out, expects valve；The filter device is connect by third passage with the aggregate bin, and described the
It is equipped with third solenoid valve close to one end of the filter device on three passages, third is additionally provided on the third passage and takes out material
Valve.
2. a kind of paint production plant according to claim 1, which is characterized in that the agitating device includes agitator tank
Body, the lateral wall of the stirred box body are equipped with stirring motor, and the top of the stirred box body is equipped with the first feeding inlet, the stirring
It is located to be equipped with below the feeding inlet in cabinet and crushes Kun, is transversely provided with agitating shaft below the crushing Kun, the agitating shaft
The side wall of one end and the stirred box body is rotatablely connected, and the output shaft of the other end of the agitating shaft and the stirring motor is solid
It connects, the agitating shaft is equipped with stirring blade, and the stirred box body inner top abuts agitating shaft equipped with heating device, the stirring
Bottom is equipped with the first discharge port in cabinet, and first discharge port is communicated with first solenoid valve, the side of the stirred box body
Wall is equipped with return port, and the top of the return port is equipped with water filling port.
3. a kind of paint production plant according to claim 2, which is characterized in that the settler includes settling tank
Body, the precipitating top of the box are equipped with the second feeding inlet, and second feeding inlet passes through the first passage and first discharging
Mouth connection, the precipitating wall box are equipped with the second discharge port, and second discharge port is communicated with the second solenoid valve；It is described
Precipitating cabinet exterior is arranged with annular magnet, and isolator is plugged in the settling tank body, and the isolator includes the magnetic of annular
Steel, the outer wall of the magnet steel are resisted against on the inner wall of the precipitating cabinet, are respectively fixed with up-hole plate on the inner wall of the magnet steel
And orifice plate, filter screen, the magnet steel and the annular magnet phase sticking are clamped between the up-hole plate and the orifice plate,
And the precipitating cabinet is non magnetic material composition, observation panel is additionally provided on the top of the precipitating cabinet, on the observation panel
The access panel of transparent glass material is installed.
4. a kind of paint production plant according to claim 3, which is characterized in that bottom is equipped with leakage in the settling tank body
Material mouth, the precipitating bottom of box are equipped with material leakage solenoid valve, and the drain spout is communicated with the material leakage solenoid valve, the material leakage electricity
Magnet valve is connected to two-way control valve by material leakage pipe, and one end of the two-way control valve is connect by refeed line with the return port,
The other end of the two-way control valve is connected with slag trapping box by leaking slag pipe.
5. a kind of paint production plant according to claim 1, which is characterized in that the filter device includes the first filtering
Bucket, the second filter vat and third filter vat；The top of first filter vat is equipped with third feeding inlet, first filter vat
Bottom is equipped with third discharge port, and the top of first filter vat is equipped with drain-gate, and the drain-gate is cylindrical, the drain-gate appearance
Face is equipped with loophole；The top of second filter vat is equipped with the 4th feeding inlet, and the 4th feeding inlet passes through the first feed pipe
It is connect with the third discharge port, first feed pipe is equipped with the first feeding engine, and bottom is equipped in second filter vat
4th discharge port is plugged with Z-shaped filter screen in second filter vat；The top of the third filter vat is equipped with the 5th pan feeding
Mouthful, sieve is equipped in the third filter vat, bottom is equipped with the 5th discharge port, the 5th feeding inlet in the third filter vat
It is connect by the second feed pipe with the 4th discharge port, second feed pipe is equipped with the second feeding engine.
6. a kind of paint production plant according to claim 1, which is characterized in that the top of the aggregate bin is equipped with the 6th
Feeding inlet is equipped with round table-like filter at the 6th feeding inlet, and the aggregate bin bottom is equipped with the 6th discharge port, and the described 6th goes out
The lower section of material mouth is equipped with material storing box.
7. a kind of paint production plant according to claim 6, which is characterized in that the 6th discharge port includes discharge nozzle
And the 4th solenoid valve and slot on discharge nozzle are set, the slot is located at the lower section of the 4th solenoid valve；It is described to insert
Sieve plate is plugged in slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822084019.5U CN209438536U (en) | 2018-12-12 | 2018-12-12 | A kind of paint production plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822084019.5U CN209438536U (en) | 2018-12-12 | 2018-12-12 | A kind of paint production plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209438536U true CN209438536U (en) | 2019-09-27 |
Family
ID=68013955
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822084019.5U Expired - Fee Related CN209438536U (en) | 2018-12-12 | 2018-12-12 | A kind of paint production plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209438536U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111589357A (en) * | 2020-05-21 | 2020-08-28 | 郑州方信新材料有限公司 | High-temperature paint filtering and stirring machine device and paint conveying method thereof |
-
2018
- 2018-12-12 CN CN201822084019.5U patent/CN209438536U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111589357A (en) * | 2020-05-21 | 2020-08-28 | 郑州方信新材料有限公司 | High-temperature paint filtering and stirring machine device and paint conveying method thereof |
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Granted publication date: 20190927 Termination date: 20211212 |