CN207722792U - Sun screening paint producing system - Google Patents
Sun screening paint producing system Download PDFInfo
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- CN207722792U CN207722792U CN201721791903.1U CN201721791903U CN207722792U CN 207722792 U CN207722792 U CN 207722792U CN 201721791903 U CN201721791903 U CN 201721791903U CN 207722792 U CN207722792 U CN 207722792U
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Abstract
The utility model provides a kind of sun screening paint producing system, subsystem and sun screening coating material production subsystem are produced including epoxy resin, epoxy resin produces the opening degree that subsystem controls the first and second pipeline apertures control switch by first control device, it controls the first and second raw material conveying devices and conveys the first and second raw materials, the material quantity of conveying is determined by the first Weight-measuring device, cold and hot switching is controlled by first control device, sun screening coating material production subsystem controls third to the opening degree of the 5th pipeline aperture control switch by second control device, determine the third conveyed to the 5th material quantity by the second to the 4th Weight-measuring device, the stirring of the first agitating device is controlled by second control device.The utility model can reduce labor intensity, improve production efficiency, and it is accurate to weigh, and will not cause wastage of material, and raw material is not vulnerable, and water vapour is not easily accessible reaction vessel and side reaction occurs, and is suitable for large-scale promotion application.
Description
Technical field
The utility model is related to material production system technical fields, more particularly to paint producing system technical field, specifically
It refer to a kind of sun screening paint producing system.
Background technology
The preparation process of sun screening coating is：A is expected that (dihydroxypropane single-ether), B expect the (dispersion of multi-element doping tin oxide
Liquid), C material (epoxy resin) and D expect (solid powder of the particulate containing zinc oxide) according to mass ratio 12:7:5:0.4 is uniformly mixed
It forms.
The preparation process of coating raw material C material is：By C1 (alkoxy silane of glycidoxypropyl) and C2 (aminopropans
The alkoxy silane of base) according to mass ratio 3:2 in ± 3 DEG C of holdings 1 hour of 60 DEG C of reaction temperature, and then curing 48 is small at room temperature
When to obtain C material.
However, existing operating process is：Worker is first, in accordance with mass ratio 3:2 weigh C1 and C2, then set C1 and C2
In reaction vessel, then by reaction vessel heating water bath, curing obtains C material at room temperature later, then according to mass ratio 12:7:
5:0.4 weighs A material, B material, C material and D material, then A material, B material, C material and D material is placed in mixing vessel, then will with agitating device
A material, B material, C material and D material are uniformly mixed.
Using aforesaid operations flow, it is primarily present following defect：Labor intensity is big, and working efficiency is low, and weighs
It is easy inaccuracy, causes wastage of material, C1 raw materials and C2 raw materials to be contacted for a long time with air and be easy to cause failure, reaction vessel is
Open type reaction vessel, water vapour when water-bath are easily accessible reaction vessel and side reaction occur.
Accordingly, it is desirable to provide a kind of sun screening paint producing system, can reduce labor intensity, production is improved
Efficiency, it is accurate to weigh, and will not cause wastage of material, and raw material is not vulnerable, and water vapour is not easily accessible reaction vessel and side reaction occurs.
Utility model content
In order to overcome the disadvantages of the prior art mentioned above, one of the utility model is designed to provide a kind of sun screening
Paint producing system can reduce labor intensity, improve production efficiency, and it is accurate to weigh, and will not cause wastage of material, former
Material is not vulnerable, and water vapour is not easily accessible reaction vessel and side reaction occurs, and is suitable for large-scale promotion application.
The another object of the utility model is to provide a kind of sun screening paint producing system, ingenious in design, structure
Succinctly, at low cost, it is suitable for large-scale promotion application.
To achieve the above objectives, the sun screening paint producing system of the utility model, including epoxy resin produce subsystem
System and sun screening coating material production subsystem, the epoxy resin production subsystem includes reaction vessel, and the sun screening applies
Material production subsystem includes mixing vessel and the first agitating device, and first agitating device is mounted in the mixing vessel,
Its main feature is that
Epoxy resin production subsystem further includes the first head tank, the second head tank, the first raw material conveying device, the
Two raw material conveying devices, the first pipeline aperture control switch, the second pipeline aperture control switch, the first Weight-measuring device, temperature
Spend measuring device, water-bath water jacket, heating tank, cooling tank, the cooling switching water discharging switch of heating, the cooling switching water inlet switch of heating,
Water conveying device and first control device, the reaction vessel are closed reaction vessel and are supported on first weight measurement
On device, the water-bath water jacket coats the side and bottom of the reaction vessel, and the heating tank and the cooling tank pass through institute
Water conveying device described in the cooling switching water discharging switch piping connection of heating is stated, the water conveying device passes through the water-bath jacket pipe
Road connects the cooling switching water inlet switch of the heating, and the heating is cooling to switch heating tank described in water inlet switch difference piping connection
With the cooling tank, first head tank passes sequentially through first raw material conveying device and the first pipeline aperture control
Reaction vessel described in piping connection is switched, second head tank passes sequentially through second raw material conveying device and described second
Reaction vessel described in pipeline aperture control switch piping connection, the temperature measuring equipment are mounted in the reaction vessel, institute
It states first control device signal and connects first raw material conveying device, second raw material conveying device, first pipeline
Aperture control switch, the second pipeline aperture control switch, first Weight-measuring device, the temperature measuring equipment,
The cooling switching water discharging switch of the heating, the cooling switching water inlet switch of the heating and the water conveying device；
The sun screening coating material production subsystem further includes third head tank, the 4th head tank, the 5th head tank, third
Pipeline aperture control switch, the 4th pipeline aperture control switch, the 5th pipeline aperture control switch, the second Weight-measuring device,
Third Weight-measuring device, the 4th Weight-measuring device and second control device, the third head tank, the 4th head tank
With the 5th head tank be arranged at the mixing vessel top and respectively by the third pipeline aperture control switch,
Mixing vessel described in 4th pipeline aperture control switch and the 5th pipeline aperture control switch piping connection, described the
Three head tanks, the 4th head tank and the 5th head tank are supported on second Weight-measuring device, described respectively
On three Weight-measuring devices and the 4th Weight-measuring device, the second control device is connected separately described first and stirs
Mix device, third pipeline aperture control switch, the 4th pipeline aperture control switch, the 5th pipeline aperture control
Switch, second Weight-measuring device, the third Weight-measuring device and the 4th Weight-measuring device.
Preferably, the first pipeline aperture control switch, the second pipeline aperture control switch, the third pipeline
Aperture control switch, the 4th pipeline aperture control switch and the 5th pipeline aperture control switch are solenoid valves；It is described
The cooling switching water discharging switch of heating and the cooling switching water inlet switch of the heating are three-way magnetic valves.
Preferably, the epoxy resin production subsystem further includes the second agitating device, the second agitating device installation
In the reaction vessel, the first control device signal connects second agitating device.
Preferably, first Weight-measuring device, second Weight-measuring device, the third Weight-measuring device
It is weighing sensor with the 4th Weight-measuring device.
Preferably, the number of first Weight-measuring device is 3, horizontal interval is set on the side of the reaction vessel
3 the first supporting parts are equipped with, 3 first supporting parts are supported on respectively on 3 first Weight-measuring devices；Described
The number of two Weight-measuring devices is 3, has been horizontally spaced about 3 the second supporting parts on the side of the third head tank, 3
A second supporting part is supported on respectively on 3 second Weight-measuring devices；The number of the third Weight-measuring device
Mesh is 3, and 3 third supporting parts, 3 third supporting parts have been horizontally spaced about on the side of the 4th head tank
It is not supported on 3 third Weight-measuring devices；The number of 4th Weight-measuring device is 3, and the described 5th is former
3 the 4th supporting parts are horizontally spaced about on the side of batch can, 3 the 4th supporting parts are supported on 3 described respectively
On four Weight-measuring devices.
Preferably, the sun screening coating material production subsystem further includes the first storage tank, the second storage tank, third storing
Tank, the first storing conveying device, the second storing conveying device and third storing conveying device, first storage tank pass through described
Third head tank described in first storing conveying device piping connection, second storage tank pass through the second storing conveying device
4th head tank described in piping connection, the third storage tank pass through the 5th described in the third storing conveying device piping connection
Head tank, the second control device be also connected separately the first storing conveying device, the second storing conveying device and
Third storing conveying device.
Preferably, the sun screening coating material production subsystem further includes applying material conveying device and bottle placer, the mixing
Container is connected separately the painting by bottle placer, the second control device described in the painting material conveying device piping connection
Material conveying device and the bottle placer.
Preferably, epoxy resin production subsystem further includes the first filter device and the second filter device, described the
First raw material conveying device described in the discharge port piping connection of one head tank, first filter device are arranged described first
In the discharge port of head tank, the second raw material conveying device described in the discharge port piping connection of second head tank, described second
Filter device is arranged in the discharge port of second head tank；
The sun screening coating material production subsystem further includes third filter device, the 4th filter device, the 5th filtering dress
It sets and the 6th filter device, the discharge port of the third head tank, the discharge port of the 4th head tank and the 5th raw material
Mixing vessel described in the discharge port difference piping connection of tank, the third filter device, the 4th filter device, the described 5th
Filter device and the 6th filter device are separately positioned on discharge port, the 4th head tank of the third head tank
Discharge port, in the discharge port of the 5th head tank and the discharge port of the mixing vessel.
Preferably, first head tank, second head tank, first raw material conveying device, second original
Material conveying device, the first pipeline aperture control switch, the second pipeline aperture control switch and the reaction vessel, with
And the inner wall of connecting line therebetween is both provided with non-sticking lining；
The third head tank, the 4th head tank, the 5th head tank, third pipeline aperture control are opened
It closes, the 4th pipeline aperture control switch, the 5th pipeline aperture control switch, the mixing vessel and therebetween
The outer wall of the inner wall of connecting line and first agitating device is both provided with the non-sticking lining.
Preferably, the first pipeline aperture control switch, the second pipeline aperture control switch, heating cooling
Switching water discharging switch, the cooling switching water inlet switch of the heating, third pipeline aperture control switch, the 4th pipeline are opened
Degree control switch and the 5th pipeline aperture control switch are detachable switch.
The beneficial effects of the utility model essentially consist in：
1, the epoxy resin production subsystem of the sun screening paint producing system of the utility model is filled by the first control
The opening degree of control the first and second pipeline apertures control switch is set, the first raw material conveying device of control conveys the first raw material,
It controls the second raw material conveying device and conveys the second raw material, the weight of reaction vessel is measured simultaneously by the first Weight-measuring device in real time
The material quantity that conveying is determined according to the difference of current gravimetric value and initial gravimetric value is measured by temperature measuring equipment and is reacted
Temperature in container controls the cooling switching water discharging switch of heating by first control device and heats cooling switching water inlet switch
Switching, control water conveying device conveying heating cooling water, sun screening coating material production subsystem are controlled by second control device
Third measures the in real time respectively to the opening degree of the 5th pipeline aperture control switch by the second to the 4th Weight-measuring device
The third weight of first weight of three head tanks, the second weight of the 4th head tank and the 5th head tank is to obtain the of conveying
Three material quantities, the 4th material quantity and the 5th material quantity, once third material quantity, the 4th material quantity and the 5th material quantity reach each
From setting value, each pipeline aperture control switch is controlled by second control device and is closed, proper amount of 6th raw material is put into
Afterwards, the first agitating device stirring setting time is controlled by second control device to be uniformly mixed third to the 6th raw material,
The first agitating device is controlled by second control device again and stops stirring, therefore, labor intensity can be reduced, improve life
Efficiency is produced, it is accurate to weigh, and will not cause wastage of material, is suitable for large-scale promotion application.
2, the epoxy resin production subsystem of the sun screening paint producing system of the utility model is filled by the first control
The opening degree of control the first and second pipeline apertures control switch is set, the first raw material conveying device of control conveys the first raw material,
It controls the second raw material conveying device and conveys the second raw material, the weight of reaction vessel is measured simultaneously by the first Weight-measuring device in real time
The material quantity that conveying is determined according to the difference of current gravimetric value and initial gravimetric value is measured by temperature measuring equipment and is reacted
Temperature in container controls the cooling switching water discharging switch of heating by first control device and heats cooling switching water inlet switch
Switching, control water conveying device conveying heating cooling water, sun screening coating material production subsystem are controlled by second control device
Third measures the in real time respectively to the opening degree of the 5th pipeline aperture control switch by the second to the 4th Weight-measuring device
The third weight of first weight of three head tanks, the second weight of the 4th head tank and the 5th head tank is to obtain the of conveying
Three material quantities, the 4th material quantity and the 5th material quantity, once third material quantity, the 4th material quantity and the 5th material quantity reach each
From setting value, each pipeline aperture control switch is controlled by second control device and is closed, proper amount of 6th raw material is put into
Afterwards, the first agitating device stirring setting time is controlled by second control device to be uniformly mixed third to the 6th raw material,
The first agitating device is controlled by second control device again and stops stirring, it is therefore, ingenious in design, it is simple for structure, it is at low cost, it fits
In large-scale promotion application.
The these and other objects, feature and advantage of the utility model, by following detailed descriptions, attached drawing and right are wanted
It acquires to fully demonstrate, and can be achieved by means, device and the combination thereof specially pointed out in appended claims.
Description of the drawings
Fig. 1 is a specific implementation of the epoxy resin production subsystem of the sun screening paint producing system of the utility model
The structural schematic diagram of example.
Fig. 2 is the one specific of the sun screening coating material production subsystem of the sun screening paint producing system of the utility model
The structural schematic diagram of embodiment.
(symbol description)
1 reaction vessel；2 first head tanks；3 second head tanks；4 first raw material conveying devices；5 second feedstock transportations fill
It sets；6 first pipeline apertures control switch；7 second pipeline apertures control switch；8 first Weight-measuring devices；9 temperature measure dress
It sets；10 water-bath water jackets；11 heating tanks；12 cooling tanks；The cooling switching water discharging switch of 13 heating；The cooling switching water inlet of 14 heating is opened
It closes；15 water conveying devices；16 first supporting parts；17 holders；18 second agitating devices；19 mixing vessels；20 first agitating devices；
21 third head tanks；22 the 4th head tanks；23 the 5th head tanks；24 third pipeline apertures control switch；25 the 4th pipeline apertures
Control switch；26 the 5th pipeline apertures control switch；27 second Weight-measuring devices；28 third Weight-measuring devices；29 the 4th
Weight-measuring device；30 second supporting parts；31 third supporting parts；32 the 4th supporting parts；33 first storage tanks；34 second storings
Tank；35 third storage tanks；36 first storing conveying devices；37 second storing conveying devices；38 third storing conveying devices；39 apply
Material conveying device；40 bottle placers；50 epoxy resin produce subsystem；60 sun screening coating material production subsystems.
Specific implementation mode
In order to be more clearly understood that the technology contents of the utility model, spy are lifted following embodiment and are described in detail.
It refers to shown in Fig. 1 and Fig. 2, in a specific embodiment of the utility model, the sun screening of the utility model
Paint producing system includes epoxy resin production subsystem 50 and sun screening coating material production subsystem 60, wherein
The epoxy resin production subsystem 50 includes reaction vessel 1, the first head tank 2, second the 3, first original of head tank
Material conveying device 4, the second raw material conveying device 5, the first pipeline aperture control switch 6, the second pipeline aperture control switch 7, the
One Weight-measuring device 8, temperature measuring equipment 9, water-bath water jacket 10, heating tank 11, cooling tank 12, the cooling switching water discharging of heating are opened
The cooling switching water inlet switch 14 of 13, heating, water conveying device 15 and first control device (not shown), the reaction is closed to hold
Device 1 is closed reaction vessel and is supported on first Weight-measuring device 8 that the water-bath water jacket 10 coats the reaction
The side and bottom of container 1, the heating tank 11 and the cooling tank 12 pass through cooling 13 pipe of switching water discharging switch of the heating
Road connects the water conveying device 15, and the water conveying device 15 is cooled down by being heated described in 10 piping connection of water-bath water jacket
Switch water inlet switch 14, the cooling switching water inlet switch 14 of the heating distinguishes heating tank 11 and the cooling tank described in piping connection
12, first head tank 2 passes sequentially through first raw material conveying device 4 and the first pipeline aperture control switch 6 is managed
Road connects the reaction vessel 1, and second head tank 3 passes sequentially through second raw material conveying device 5 and second pipe
Reaction vessel 1 described in aperture control 7 piping connection of switch of road, the temperature measuring equipment 9 are mounted in the reaction vessel 1,
The first control device signal connects first raw material conveying device 4, second raw material conveying device 5, described first
Pipeline aperture controls switch 6, the second pipeline aperture control switch 7, first Weight-measuring device 8, the temperature and surveys
Measure device 9, the cooling switching water discharging switch 13 of the heating, the cooling switching water inlet switch 14 of the heating and the water conveying device
15。
The temperature measuring equipment 9 is mounted on for measuring the temperature in the reaction vessel 1 in the reaction vessel 1,
9 signal of the temperature measuring equipment connects the first control device for the temperature value of measurement to be sent to first control
Device, the first control device signal connect the cooling switching water discharging switch 13 of the heating, the cooling switching water inlet of the heating
Switch 14 and the water conveying device 15, which are used to control the heating according to the temperature value, cools down switching water discharging switch 13, described
The action of the cooling switching water inlet switch 14 and the water conveying device 15 of heating.
First Weight-measuring device 8 supports weight of the reaction vessel 1 for measuring the reaction vessel 1 in real time
Amount, 8 signal of the first Weight-measuring device connect the first control device for the gravimetric value of measurement to be sent in real time
The first control device, it is defeated that the first control device signal connects first raw material conveying device 4, second raw material
Device 5, the first pipeline aperture control switch 6 and the second pipeline aperture control switch 7 is sent to be used for according to current weight
The difference of magnitude and initial gravimetric value is that the material quantity conveyed controls first raw material conveying device 4, second raw material
The action of conveying device 5, the first pipeline aperture control switch 6 and the second pipeline aperture control switch 7.
The sun screening coating material production subsystem 60 includes mixing vessel 19, the first agitating device 20, third head tank
21, the 4th head tank 22, the 5th head tank 23, third pipeline aperture control switch 24, the 4th pipeline aperture control switch 25, the
Five pipeline apertures control switch 26, the second Weight-measuring device 27, third Weight-measuring device 28, the 4th Weight-measuring device 29
With second control device (not shown), first agitating device 20 is mounted in the mixing vessel 19, the third
Head tank 21, the 4th head tank 22 and the 5th head tank 23 are arranged at top and the difference of the mixing vessel 19
Switch 24 is controlled by the third pipeline aperture, the 4th pipeline aperture controls switch 25 and the 5th pipeline aperture control
Make mixing vessel 19 described in 26 piping connection of switch, the third head tank 21, the 4th head tank 22 and the 5th original
Batch can 23 is supported on second Weight-measuring device 27, the third Weight-measuring device 28 and the quadruple and measures respectively
It measures on device 29, the second control device is connected separately first agitating device 20, the third pipeline aperture control
Switch 24, the 4th pipeline aperture control switch 25, the 5th pipeline aperture control switch 26, second weight is made to survey
Measure device 27, the third Weight-measuring device 28 and the 4th Weight-measuring device 29.
Second Weight-measuring device 27 supports the third head tank 21 for measuring the third head tank in real time
21 the first weight, 27 signal of the second Weight-measuring device connect first weight of the second control device for that will measure
Magnitude is sent to the second control device in real time, and the second control device signal connects the third pipeline aperture control and opens
24 are closed for being that the third material quantity conveyed controls institute according to the difference of initial the first gravimetric value and the first current gravimetric value
State the action of third pipeline aperture control switch 24；The third Weight-measuring device 28 supports the 4th head tank 22 and is used for
The second weight of the 4th head tank 22,28 signal of third Weight-measuring device connection, second control are measured in real time
The second gravimetric value that device is used to measure is sent to the second control device, the second control device signal connection in real time
The 4th pipeline aperture control switch 25 is used for
4th material quantity of conveying controls the action of the 4th pipeline aperture control switch 25；4th Weight-measuring device 29
Hold third weight of the 5th head tank 23 for measuring the 5th head tank 23 in real time, the 4th Weight-measuring device
29 signals connect the second control device for the third gravimetric value of measurement to be sent to the second control device, institute in real time
It states second control device signal and connects the 5th pipeline aperture control switch 26 for according to initial third gravimetric value and working as
The difference of preceding third gravimetric value is the action that the 5th material quantity conveyed controls the 5th pipeline aperture control switch 26；Institute
It states second control device signal and connects first agitating device 20 for according to the third material quantity, the 4th raw material
Amount, the 5th material quantity and the mixing time of setting control the action of first agitating device 20.
The reaction vessel 1 can be any suitable reaction vessel, shown in Figure 1, the one of the utility model
In specific embodiment, the reaction vessel 1 is reaction kettle.
The mixing vessel 19 can be any suitable mixing vessel, shown in Figure 2, the one of the utility model
In specific embodiment, the mixing vessel 19 is mixing kettle.
First raw material conveying device 4 and second raw material conveying device 5 can be any suitable material conveyings
Device, it is shown in Figure 1, in a specific embodiment of the utility model, first raw material conveying device 4 and described
Two raw material conveying devices 5 are material-handling pumps.
So-called pipeline aperture control switch is exactly the switch of control piper opening degree, such as valve, first pipeline
Aperture controls switch 6, the second pipeline aperture control switch 7, third pipeline aperture control switch 24, the 4th pipe
Road aperture control switch 25 and the 5th pipeline aperture control switch 26 can be any suitable pipeline aperture control switches,
In a specific embodiment of the utility model, the first pipeline aperture control switch 6, the second pipeline aperture control are opened
Close 7, third pipeline aperture control switch 24, the 4th pipeline aperture control switch 25 and the 5th pipeline aperture control
It is solenoid valve to make switch 26.
First Weight-measuring device 8, second Weight-measuring device 27,28 and of third Weight-measuring device
4th Weight-measuring device 29 can be any suitable Weight-measuring device, in a specific embodiment of the utility model
In, first Weight-measuring device 8, second Weight-measuring device 27, the third Weight-measuring device 28 and described
4th Weight-measuring device 29 is weighing sensor.
The number of first Weight-measuring device 8 can determine as needed, if first Weight-measuring device 8
Be arranged in the bottom of the reaction vessel 1, one can be arranged, naturally it is also possible to be arranged it is multiple, if be arranged in the reaction
The side of container 1 then needs setting 2 or more, in a specific embodiment of the utility model, the first weight measurement dress
The number for setting 8 is 3, and 3 the first supporting parts 16,3 described first have been horizontally spaced about on the side of the reaction vessel 1
Supporting part 16 is supported on respectively on 3 first Weight-measuring devices 8.
First Weight-measuring device 8 can support on the ground, can also be supported on other objects, refer to figure
Shown in 1, in a specific embodiment of the utility model, first Weight-measuring device 8 is supported on holder 17, the branch
Frame 17 is placed on ground.
The number of second Weight-measuring device 27 can determine as needed, if second Weight-measuring device
27 are arranged in the bottom of the third head tank 21, can be arranged one, naturally it is also possible to be arranged it is multiple, if be arranged described
The side of third head tank 21 then needs setting 2 or more, in a specific embodiment of the utility model, second weight
The number of measuring device 27 is 3, and 3 the second supporting parts have been horizontally spaced about on the side of the third head tank 21
30,3 second supporting parts 30 are supported on respectively on 3 second Weight-measuring devices 27.
Similarly, the number of the third Weight-measuring device 28 can determine as needed, if the third weight
Measuring device 28 is arranged in the bottom of the 4th head tank 22, can be arranged one, naturally it is also possible to be arranged it is multiple, if set
It sets in the side of the 4th head tank 22, then needs setting 2 or more, in a specific embodiment of the utility model, institute
The number for stating third Weight-measuring device 28 is 3, and 3 thirds have been horizontally spaced about on the side of the 4th head tank 22
31,3 third supporting parts 31 of supporting part are supported on respectively on 3 third Weight-measuring devices 28.
Similarly, the number of the 4th Weight-measuring device 29 can determine as needed, if the 4th weight
Measuring device 29 is arranged in the bottom of the 5th head tank 23, can be arranged one, naturally it is also possible to be arranged it is multiple, if set
It sets in the side of the 5th head tank 23, then needs setting 2 or more, in a specific embodiment of the utility model, institute
The number for stating the 4th Weight-measuring device 29 is 3, and 3 the 4th have been horizontally spaced about on the side of the 5th head tank 23
32,3 the 4th supporting parts 32 of supporting part are supported on respectively on 3 the 4th Weight-measuring devices 29.
The temperature measuring equipment 9 can be any suitable temperature measuring equipment, and one in the utility model is specific real
It applies in example, the temperature measuring equipment 9 is thermometer.
The cooling switching water discharging switch 13 of the heating is that switching is connected to heating with the cooling switching water inlet switch 14 of the heating
The switch of tank 11 or cooling tank 12, can be the cooling switching switch of any suitable heating, and one in the utility model is specific real
It applies in example, the cooling switching water discharging switch 13 of the heating and the cooling switching water inlet switch 14 of the heating are three-way magnetic valves.
The water conveying device 15 can be any suitable water conveying device, shown in Figure 1, in the utility model
A specific embodiment in, the water conveying device 15 is water pump.
First agitating device 20 can be any suitable agitating device, in a specific embodiment of the utility model
In, first agitating device 20 is variable-speed agitator.
In order to enable the first raw material and the reaction of the second raw material are abundant, shown in Figure 1, one in the utility model is specific
In embodiment, the epoxy resin production subsystem 50 further includes the second agitating device 18, and second agitating device 18 is installed
In the reaction vessel 1, the first control device signal connects second agitating device 18.
The first control device signal connects second agitating device 18 and is used in first raw material and described the
Control second agitating device 18 starts stirring after two raw materials are added to required mass ratio in the reaction vessel 1.
In order to be replenished in time in the third head tank 21, the 4th head tank 22 and the 5th head tank 23
Raw material, it is shown in Figure 2, in a specific embodiment of the utility model, the sun screening coating material production subsystem
60 further include that the first storage tank 33, the second storage tank 34, third storage tank 35, the first storing conveying device 36, the second storing are defeated
Device 37 and third storing conveying device 38, first storage tank 33 is sent to connect by 36 pipeline of the first storing conveying device
The third head tank 21 is connect, second storage tank 34 passes through the 4th described in 37 piping connection of the second storing conveying device
Head tank 22, the third storage tank 35 by the 5th head tank 23 described in 38 piping connection of third storing conveying device,
The second control device is also connected separately the first storing conveying device 36, the second storing conveying device 37 and third
Storing conveying device 38.
The second control device also signal connect the first storing conveying device 36 for according to currently the first weight
Whether magnitude controls the dynamic of the first storing conveying device 36 close or equal to the gravimetric value of the third head tank 21 measured in advance
Make, if be close or equal to, controls the first storing conveying device 36 and start to mend third raw material from the first storage tank 33
It is charged to third head tank 21；The second control device also signal connects the second storing conveying device 37 and is used for according to current
The second gravimetric value the second storing conveying dress whether is controlled close or equal to the gravimetric value of the 4th head tank 22 measured in advance
37 action is set, if be close or equal to, the second storing conveying device 37 is controlled and starts to store up the 4th raw material from second
Batch can 34 is supplemented to the 4th head tank 22；The second control device also signal connects the third storing conveying device 38 and is used for
Whether third storage is controlled close or equal to the gravimetric value of the 5th head tank 23 measured in advance according to current third gravimetric value
The action of material conveying device 38 controls third storing conveying device 38 and starts thus by the 5th raw material if be close or equal to
It is supplemented to the 5th head tank 23 from third storage tank 35.
The first storing conveying device 36, the second storing conveying device 37 and the third storing conveying device 38
Can be any suitable device for transporting objects, it is shown in Figure 2, it is described in a specific embodiment of the utility model
First storing conveying device 36, the second storing conveying device 37 and the third storing conveying device 38 are material conveyings
Pump.
Turn for the ease of third raw material, the 4th raw material and such as epoxy resin are produced the 5th raw material that subsystem 50 produces
Move to the first storage tank 33, the second storage tank 34 and third storage tank 35 of sun screening coating material production subsystem 60, the first storage
Batch can 33, the second storage tank 34 and third storage tank 35 can be removable storage tanks.
It is shown in Figure 2 in order to pack the coating produced in time, in a specific implementation of the utility model
In example, the sun screening coating material production subsystem 60 further includes applying material conveying device 39 and bottle placer 40, the mixing vessel
19 by bottle placer 40 described in 39 piping connection of painting material conveying device, and the second control device is connected separately described
Apply material conveying device 39 and the bottle placer 40.
The second control device is connected separately the painting material conveying device 39 and the bottle placer 40 is used in institute
It states the first agitating device 20 and starts and start the paintings material conveying device 39 after setting time and convey the coating and the startup filling
It installs the 40 filling coating.
Solid particle enters reaction system in order to prevent, ensures the quality of finished product, in a specific implementation of the utility model
In example, the epoxy resin production subsystem 50 further includes the first filter device (not shown) and the second filter device (figure
In be not shown), the first raw material conveying device 4 described in the discharge port piping connection of first head tank 2, the first filtering dress
It installs in the discharge port of first head tank 2, second is former described in the discharge port piping connection of second head tank 3
Material conveying device 5, second filter device are arranged in the discharge port of second head tank 3；The sun screening applies
Material production subsystem 60 further includes third filter device (not shown), the 4th filter device (not shown), the 5th mistake
Filter device (not shown) and the 6th filter device (not shown), the discharge port of the third head tank 21, described the
The discharge port of the discharge port of four head tanks 22 and the 5th head tank 23 distinguishes mixing vessel 19 described in piping connection, and described the
Three filter devices, the 4th filter device, the 5th filter device and the 6th filter device are separately positioned on described
The discharge port of third head tank 21, the discharge port of the 4th head tank 22, the 5th head tank 23 discharge port
In the discharge port of the mixing vessel 19.
In the case where the sun screening coating material production subsystem 60 further includes applying material conveying device 39 and bottle placer 40,
Material conveying device 39, the sun screening coating material production subsystem are applied described in the discharge port piping connection of the mixing vessel 19
60 further include the 7th filter device (not shown), and the discharge port in the bottle placer 40 is arranged in the 7th filter device
In.
Raw material is sticked on the inner wall of epoxy resin production subsystem 50 of the utility model in order to prevent, in the utility model
A specific embodiment in, first head tank 2, second head tank 3, first raw material conveying device 4, described
Two raw material conveying devices 5, the first pipeline aperture control switch 6, the second pipeline aperture control switch 7 and the reaction
The inner wall of container 1 and connecting line therebetween is both provided with non-sticking lining (not shown).In the epoxy of the utility model
In the case that production of resins subsystem 50 further includes other devices, the inner wall of other devices and relevant connection pipeline is also respectively provided with
There is non-sticking lining.
" its " in above-mentioned " connecting line therebetween " refers to first head tank 2, second head tank 3, institute
State the first raw material conveying device 4, second raw material conveying device 5, the first pipeline aperture control switch 6, described second
Pipeline aperture controls switch 7 and the reaction vessel 1.So " connecting line therebetween " refers to the connecting tube between them
Road.
Raw material is sticked on the inner wall of sun screening coating material production subsystem 60 of the utility model in order to prevent, in this practicality
It is the third head tank 21, the 4th head tank 22, the 5th head tank 23, described in a novel specific embodiment
Third pipeline aperture controls switch 24, the 4th pipeline aperture controls switch 25, the 5th pipeline aperture controls switch 26,
The mixing vessel 19 and the inner wall of connecting line therebetween and the outer wall of first agitating device 20 are both provided with described
Non-sticking lining (not shown).Further include the feelings of other devices in the sun screening coating material production subsystem 60 of the utility model
Under condition, the inner wall of other devices and relevant connection pipeline is also both provided with non-sticking lining.
" its " in above-mentioned " connecting line therebetween " refer to the third head tank 21, the 4th head tank 22,
5th head tank 23, third pipeline aperture control switch 24, the 4th pipeline aperture control switch 25, described the
Five pipeline apertures control switch 26 and the mixing vessel 19.So " connecting line therebetween " refers to the connection between them
Pipeline.
The non-sticking lining can be any suitable non-sticking lining, in a specific embodiment of the utility model, institute
It is teflon coatings to state non-sticking lining.
The connecting line can be the connecting line of any suitable material, in a specific embodiment of the utility model
In, the connecting line is stainless steel pipeline.
For the ease of detergent line, in a specific embodiment of the utility model, the first pipeline aperture control is opened
Close 6, the second pipeline aperture control switch 7, the cooling switching water discharging switch 13 of the heating, the cooling switching water inlet of the heating
Switch 14, third pipeline aperture control switch 24, the 4th pipeline aperture control switch 25 and the 5th pipeline are opened
Degree control switch 26 is detachable switch.
Heating tank 11 itself is other than with heating device such as heating element, it is possible to have individual temperature measures dress
Such as thermometer and temperature control equipment such as temperature controller are set, is measured in heating tank 11 by the individual temperature measuring equipment
Water temperature, temperature control equipment control the startup and closing of heating device according to water temperature so that the water temperature control in heating tank 11 exists
In certain temperature range.
Similarly, cooling tank 12 itself is other than with cooling device such as cooling element, it is possible to have individually temperature
Measuring device such as thermometer and temperature control equipment such as temperature controller are spent, cooling is measured by the individual temperature measuring equipment
Water temperature in tank 12, temperature control equipment control the startup and closing of cooling device according to water temperature so that the water in cooling tank 12
Temperature control system is in certain temperature range.
Epoxy resin produces subsystem 50 in use, opening first control device, first control device is according to the matter of setting
The opening degree for controlling switch 7 than the first pipeline aperture of control control switch 6 and the second pipeline aperture is measured, and controls the first raw material
Conveying device 4 and the second raw material conveying device 5 start, and convey the first raw material and the second raw material respectively, pass through the first weight measurement
Device 8 measures the weight of reaction vessel 1 and the gravimetric value of measurement is sent to first control device in real time in real time, once current
The difference of gravimetric value and initial gravimetric value is that the material quantity conveyed reaches setting value, and it is defeated that first control device controls the first raw material
Device 4, the second raw material conveying device 5, the first pipeline aperture control switch 6 and the second pipeline aperture control switch 7 is sent to close, together
When the cooling switching water discharging switch 13 of control heating and heating it is cooling switch water inlet switch 14 and switch to be connected to heating tank 11, startup the
Two agitating devices 18 and water conveying device 15 heat reaction vessel 1 by the hot water of heating tank 11, are measured by temperature
Device 9 measures the temperature in reaction vessel 1, once being more than setting value, the cooling switching water discharging of first control device control heating is opened
Pass 13 switches to the cooling switching water inlet switch 14 of heating and is connected to cooling tank 12, by the cold water of cooling tank 12 to reaction vessel 1
It is cooled down, repeatedly so that the temperature of reaction vessel 1 is maintained in an OK range so that the first raw material and second
Raw material keeps reaction a period of time at such a temperature.
It is below C1 (alkoxy silane of glycidoxypropyl) with the first raw material and the second raw material is C2 (amino
The alkoxy silane of propyl) prepare C material (epoxy resin) for, illustrate how using the utility model epoxy resin give birth to
Produce surviving of son system 50.C1 is stored in the first head tank 2, C2 is stored in the second head tank 3, opens first control device,
First control device is according to the mass ratio 3 of setting:2 the first pipeline aperture of control control switches 6 and the control of the second pipeline aperture are opened
7 opening degree is closed, and controls the first raw material conveying device 4 and the startup of the second raw material conveying device 5, conveys C1 and C2 respectively,
The weight of reaction vessel 1 is measured in real time by the first Weight-measuring device 8 and the gravimetric value of measurement is sent to the first control in real time
Device processed reaches setting value 5kg, the first control once the difference of current gravimetric value and initial gravimetric value is the material quantity conveyed
Device processed controls the first raw material conveying device 4, the second raw material conveying device 5, the first pipeline aperture control switch 6 and the second pipeline
Aperture controls switch 7 and closes, while controlling the cooling switching water discharging switch 13 of heating and the cooling switching water inlet switch 14 of heating and switching
To connection heating tank 11, start the second agitating device 18 and water conveying device 15, by the hot water of heating tank 11 to reaction vessel 1
It is heated, the temperature in reaction vessel 1 is measured by temperature measuring equipment 9, once it is more than 60 DEG C of setting value, the first control dress
It sets the cooling switching water discharging switch 13 of control heating and heating cooling switches water inlet switch 14 and switches to and is connected to cooling tank 12, by cold
But the cold water of tank 12 cools down reaction vessel 1, repeatedly so that the temperature of reaction vessel 1 is maintained at a suitable model
It encloses in 60 DEG C ± 3 DEG C so that C1 and C2 keeps reaction 1 hour at such a temperature, then cures 48 hours at room temperature and obtains C
Material.
Sun screening coating material production subsystem 60 is in use, open second control device, second control device is according to setting
Mass ratio control third pipeline aperture control switch 24, the 4th pipeline aperture control switch 25 and the 5th pipeline aperture control open
26 opening degree is closed, conveys third raw material, the 4th raw material and the 5th raw material respectively, in real time by the second Weight-measuring device 27
It measures the first weight of third head tank 21 and the first gravimetric value of measurement is sent to second control device in real time, once initially
The first gravimetric value and the difference of the first current gravimetric value be that the third material quantity conveyed reaches setting value, second control device
Third pipeline aperture control switch 24 is controlled to close, by third Weight-measuring device 28 in real time the 4th head tank 22 of measurement the
Second gravimetric value of measurement is simultaneously sent to second control device by two weight in real time, once initial the second gravimetric value and current
The difference of second gravimetric value is that the 4th material quantity conveyed reaches setting value, and second control device controls the control of the 4th pipeline aperture
Switch 25 is closed, and measures the third weight of the 5th head tank 23 in real time by the 4th Weight-measuring device 29 by the third weight of measurement
Magnitude is sent to second control device in real time, once the difference of initial third gravimetric value and current third gravimetric value conveys
The 5th material quantity reach setting value, second control device controls the control closing of switch 26 of the 5th pipeline aperture, while according to setting
Fixed mass ratio weighs the 6th raw material and puts into mixing vessel 19；Then, second control device controls the first agitating device 20
The time for stirring setting, to which third raw material, the 4th raw material, the 5th raw material and the 6th raw material to be uniformly mixed；Then,
Two control devices control the first agitating device 20 and stop stirring, and control and apply material conveying device 39 and the startup of bottle placer 40, to
Coating is delivered to bottle placer 40 from mixing vessel 19 by applying material conveying device 39, then passes through 40 filling coating of bottle placer.
It is below A material (dihydroxypropane single-ether) with third raw material, the 4th raw material is that B expects the (dispersion of multi-element doping tin oxide
Liquid), the 5th raw material be C material (epoxy resin, pass through above-mentioned epoxy resin produce subsystem 50 produce) and the 6th raw material be D material
For (solid powder of the particulate containing zinc oxide) prepares sun screening coating, the day for how using the utility model illustrated
Subsystem 60 is produced according to masking coating.A material are placed in third head tank 21, B material are placed in the 4th head tank 22, C is expected
It is placed in the 5th head tank 23, opens second control device, second control device is according to the mass ratio 12 of setting:7:5:0.4 control
Third pipeline aperture control switch 24, the 4th pipeline aperture control switch 25 and the 5th pipeline aperture processed control the opening of switch 26
Degree conveys A material, B material and C material respectively, measures the first weight of third head tank 21 in real time by the second Weight-measuring device 27
It measures and the first gravimetric value of measurement is sent to second control device in real time, once the first initial gravimetric value and current first
The difference of gravimetric value is that the A doses conveyed reaches setting value 12kg, and second control device controls third pipeline aperture control switch
24 close, and measure the second weight of the 4th head tank 22 in real time by third Weight-measuring device 28 and by the second weight of measurement
Value is sent to second control device in real time, once the difference of initial the second gravimetric value and the second current gravimetric value is to convey
B doses reaches setting value 7kg, and second control device controls the 4th pipeline aperture control switch 25 and closes, measured by quadruple
The third gravimetric value of measurement is sent to the second control dress by the third weight that amount device 29 measures the 5th head tank 23 in real time in real time
It sets, once the difference of initial third gravimetric value and current third gravimetric value, which is the C doses conveyed, reaches setting value 5kg, the
Two control devices control the 5th pipeline aperture control switch 26 and close, while according to the mass ratio of setting 12:7:5:0.4 weighs D
Material 0.4kg is simultaneously put into mixing vessel 19；Then, second control device controls the time 2 of the first agitating device 20 stirring setting
Hour, to which A material, B material, C material and D material are uniformly mixed；Then, second control device controls the first agitating device 20 and stops
It only stirs, and controls and apply material conveying device 39 and bottle placer 40 and start, to by applying material conveying device 39 by coating from mixing
Container 19 is delivered to bottle placer 40, then passes through 40 filling coating of bottle placer.
It should be noted that C1 and C2 can not only be carried out reaction and obtained by the epoxy resin production subsystem of the utility model
It obtains C to expect, applies also for any two raw material and need to keep the temperature the preparation process reacted for a period of time by stirring.This practicality is new
The sun screening coating material production subsystem of type can not only expect A, B material, C material and D material are stirred to be uniformly mixed and obtain coating,
Any three kinds or more raw materials are applied also for need to pass through the preparation process being uniformly mixed.
Therefore, it using the utility model, realizes and installs machines to replace manual labor, make one to solve from heavy manual labor and release
Come, while reducing human error, improves the precision of synthesis, synthesis technology is made to standardize, product is more stable；Simultaneously by the
One head tank and the second head tank are sealed with reaction vessel and connect, and avoid the first raw material and the second raw material and air long-time
Contact causes raw material to fail；Reaction vessel is closed reaction vessel and closes heating water bath using water-jacket typ, keeps raw material heated
Uniformly, it avoids vapor from overflowing in intrusion reaction vessel and side reaction occurs；One heating tank, one cooling tank, can be as needed
To adjust into trip temperature；Loss of weight weighing method can ensure that the accuracy weighed in building-up process, pipeline aperture control switch-mode regulation
Weighing accuracy；Increase weight weighing method, and switch-mode regulation weighing accuracy is controlled by pipeline aperture；Blender can be more with heating tank linkage
Control heating temperature well；Agitating device uses variable-speed agitator, can make technique according to technique initialization mixing speed and time
Preferably realize standardization；Junction using opening connection soon；Piping foundation is facilitated to unpick and wash；It can be according to technique initialization charging sequence
And mixing time, realize multiple product production.
To sum up, the sun screening paint producing system of the utility model can reduce labor intensity, improve production effect
Rate, it is accurate to weigh, and will not cause wastage of material, and raw material is not vulnerable, and water vapour is not easily accessible reaction vessel and side reaction occurs, if
Count it is ingenious, it is simple for structure, it is at low cost, be suitable for large-scale promotion application.
It can be seen that the purpose of this utility model is achieved completely and effectively.The function of the utility model and
Structural principle is shown and is illustrated in embodiment, and under without departing substantially from the principle, embodiment can make arbitrary modification.Institute
With the utility model includes all variant embodiments based on claim spirit and right.
Claims (10)
1. a kind of sun screening paint producing system, including epoxy resin production subsystem and sun screening coating material production subsystem
System, the epoxy resin production subsystem includes reaction vessel, and the sun screening coating material production subsystem includes mixing vessel
With the first agitating device, first agitating device is mounted in the mixing vessel, which is characterized in that
The epoxy resin production subsystem further includes the first head tank, the second head tank, the first raw material conveying device, the second original
Material conveying device, the first pipeline aperture control switch, the second pipeline aperture control switch, the first Weight-measuring device, temperature are surveyed
It is defeated to measure device, water-bath water jacket, heating tank, cooling tank, the cooling switching water discharging switch of heating, the cooling switching water inlet switch of heating, water
Device and first control device, the reaction vessel is sent to be closed reaction vessel and be supported on first Weight-measuring device
On, the water-bath water jacket coats the side and bottom of the reaction vessel, the heating tank and the cooling tank and is added by described
Water conveying device described in the cooling switching water discharging switch piping connection of heat, the water conveying device are connected by the water-bath water circuits
The cooling switching water inlet switch of the heating is connect, the cooling switching water inlet switch of the heating distinguishes heating tank and institute described in piping connection
Cooling tank is stated, first head tank passes sequentially through first raw material conveying device and the first pipeline aperture control switch
Reaction vessel described in piping connection, second head tank pass sequentially through second raw material conveying device and second pipeline
Reaction vessel described in aperture control switch piping connection, the temperature measuring equipment are mounted in the reaction vessel, and described the
One control device signal connects first raw material conveying device, second raw material conveying device, the first pipeline aperture
It is control switch, the second pipeline aperture control switch, first Weight-measuring device, the temperature measuring equipment, described
The cooling switching water discharging switch of heating, the cooling switching water inlet switch of the heating and the water conveying device；
The sun screening coating material production subsystem further includes third head tank, the 4th head tank, the 5th head tank, third pipeline
Aperture control switch, the 4th pipeline aperture control switch, the 5th pipeline aperture control switch, the second Weight-measuring device, third
Weight-measuring device, the 4th Weight-measuring device and second control device, the third head tank, the 4th head tank and institute
The 5th head tank is stated to be arranged at the top of the mixing vessel and switch by third pipeline aperture control respectively, is described
Mixing vessel described in 4th pipeline aperture control switch and the 5th pipeline aperture control switch piping connection, the third are former
Batch can, the 4th head tank and the 5th head tank are supported on second Weight-measuring device, the third weight respectively
On measuring device and the 4th Weight-measuring device, the second control device is connected separately the first stirring dress
It sets, third pipeline aperture control switch, the 4th pipeline aperture control switch, the 5th pipeline aperture are controlled and opened
Pass, second Weight-measuring device, the third Weight-measuring device and the 4th Weight-measuring device.
2. sun screening paint producing system as described in claim 1, which is characterized in that the first pipeline aperture control is opened
It closes, the second pipeline aperture control switch, third pipeline aperture control switch, the 4th pipeline aperture control switch
It is solenoid valve with the 5th pipeline aperture control switch；The cooling switching water discharging switch of the heating and the cooling switching of the heating
Water inlet switch is three-way magnetic valve.
3. sun screening paint producing system as described in claim 1, which is characterized in that the epoxy resin produces subsystem
Further include the second agitating device, second agitating device is mounted in the reaction vessel, the first control device signal
Connect second agitating device.
4. sun screening paint producing system as described in claim 1, which is characterized in that first Weight-measuring device,
Second Weight-measuring device, the third Weight-measuring device and the 4th Weight-measuring device are weighing sensors.
5. sun screening paint producing system as described in claim 1, which is characterized in that first Weight-measuring device
Number is 3, and 3 the first supporting parts, 3 first supporting parts have been horizontally spaced about on the side of the reaction vessel
It is not supported on 3 first Weight-measuring devices；The number of second Weight-measuring device is 3, and the third is former
3 the second supporting parts are horizontally spaced about on the side of batch can, 3 second supporting parts are supported on 3 described respectively
On two Weight-measuring devices；The number of the third Weight-measuring device is 3, on the side of the 4th head tank between level
Every being provided with 3 third supporting parts, 3 third supporting parts are supported on respectively on 3 third Weight-measuring devices；Institute
The number for stating the 4th Weight-measuring device is 3, and 3 the 4th bearings have been horizontally spaced about on the side of the 5th head tank
Portion, 3 the 4th supporting parts are supported on respectively on 3 the 4th Weight-measuring devices.
6. sun screening paint producing system as described in claim 1, which is characterized in that sun screening coating material production
System further includes the first storage tank, the second storage tank, third storage tank, the first storing conveying device, the second storing conveying device
With third storing conveying device, first storage tank passes through third raw material described in the first storing conveying device piping connection
Tank, second storage tank pass through the 4th head tank, the third storing described in the second storing conveying device piping connection
Tank by the 5th head tank described in the third storing conveying device piping connection, also distinguish signal and connect by the second control device
Connect the first storing conveying device, the second storing conveying device and third storing conveying device.
7. sun screening paint producing system as described in claim 1, which is characterized in that sun screening coating material production
System further includes applying material conveying device and bottle placer, and the mixing vessel described in the painting material conveying device piping connection by filling
Installation, the second control device are connected separately the painting material conveying device and the bottle placer.
8. sun screening paint producing system as described in claim 1, which is characterized in that the epoxy resin produces subsystem
Further include the first filter device and the second filter device, the first raw material is defeated described in the discharge port piping connection of first head tank
Device, first filter device is sent to be arranged in the discharge port of first head tank, the discharging of second head tank
The discharge port in second head tank is arranged in second raw material conveying device described in mouth piping connection, second filter device
In；
The sun screening coating material production subsystem further include third filter device, the 4th filter device, the 5th filter device and
6th filter device, the discharge port of the third head tank, the discharge port of the 4th head tank and the 5th head tank
Discharge port distinguishes mixing vessel described in piping connection, the third filter device, the 4th filter device, the 5th filtering
Device and the 6th filter device are separately positioned on the discharge port of the third head tank, the 4th head tank goes out
In material mouth, the discharge port of the 5th head tank and the discharge port of the mixing vessel.
9. sun screening paint producing system as described in claim 1, which is characterized in that first head tank, described
Two head tanks, first raw material conveying device, second raw material conveying device, the first pipeline aperture control switch,
The inner wall of the connecting line of the second pipeline aperture control switch with the reaction vessel and therebetween is both provided with not snearing
Layer；
The third head tank, the 4th head tank, the 5th head tank, third pipeline aperture control switch, institute
State the 4th pipeline aperture control switch, the 5th pipeline aperture control switch, the mixing vessel and connecting tube therebetween
The outer wall of the inner wall on road and first agitating device is both provided with the non-sticking lining.
10. sun screening paint producing system as described in claim 1, which is characterized in that the first pipeline aperture control
Switch, the second pipeline aperture control switch, the cooling switching water discharging switch of the heating, the cooling switching water inlet of the heating are opened
It closes, third pipeline aperture control switch, the 4th pipeline aperture control switch and the 5th pipeline aperture control are opened
Pass is detachable switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721791903.1U CN207722792U (en) | 2017-12-20 | 2017-12-20 | Sun screening paint producing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721791903.1U CN207722792U (en) | 2017-12-20 | 2017-12-20 | Sun screening paint producing system |
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| Publication Number | Publication Date |
|---|---|
| CN207722792U true CN207722792U (en) | 2018-08-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110642012A (en) * | 2019-08-28 | 2020-01-03 | 广东依斯特新材料有限公司 | Concentrated batching system for powder coating |
| CN111495236A (en) * | 2020-04-26 | 2020-08-07 | 广州大麦生物科技有限公司 | Solution preparation device for biotechnology |
-
2017
- 2017-12-20 CN CN201721791903.1U patent/CN207722792U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110642012A (en) * | 2019-08-28 | 2020-01-03 | 广东依斯特新材料有限公司 | Concentrated batching system for powder coating |
| CN111495236A (en) * | 2020-04-26 | 2020-08-07 | 广州大麦生物科技有限公司 | Solution preparation device for biotechnology |
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