CN110327642A - A kind of spray dryer of solid dye production - Google Patents
A kind of spray dryer of solid dye production Download PDFInfo
- Publication number
- CN110327642A CN110327642A CN201910610642.6A CN201910610642A CN110327642A CN 110327642 A CN110327642 A CN 110327642A CN 201910610642 A CN201910610642 A CN 201910610642A CN 110327642 A CN110327642 A CN 110327642A
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- air
- drying chamber
- spray dryer
- solid dye
- dye production
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D1/00—Evaporating
- B01D1/16—Evaporating by spraying
- B01D1/18—Evaporating by spraying to obtain dry solids
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D1/00—Evaporating
- B01D1/30—Accessories for evaporators ; Constructional details thereof
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D50/00—Combinations of methods or devices for separating particles from gases or vapours
- B01D50/20—Combinations of devices covered by groups B01D45/00 and B01D46/00
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The present invention provides a kind of spray dryer of solid dye production, including support base plate, drying chamber, support columns, atomizer, dyestuff inlet tube, spray head, hot air duct, vent valves, pressure fan, cold air purification filtering box structure, anti-blocking manual material toggling chip architecture, the cyclone separator structure of the anti-fugitive dust of discharge, ultrasonic activation particle shakes off ring structure, air heater box structure, air guide connecting tube, secondary separation conduit, collecting box, air-introduced machine and exhaust gas discharge connecting tube.Purifying box of the present invention, sealed platform cover, air intake duct, stainless steel tube filter screen, the setting of nylon filter and HEPA filter layer are conducive to be filtered removal of impurities to for dry air, thus by air particle or pernicious gas be filtered purification；Joystick, material toggling piece, ball bearing, hand-operated wheel and the setting for holding handle are conducive to carry out that it is anticlogging to play the role of dredging in discharge process to the dry solid dye particles completed.
Description
Technical field
The invention belongs to the spray dryers that dyestuff technical field of processing equipment more particularly to a kind of solid dye produce
Background technique
Drying equipment is also known as drier and drying machine.Equipment for operation to be dried is made in material by heating
Hygroscopic water (referring generally to moisture or other volatile liquid components) vaporization evolution, to obtain the solid material of regulation water capacity.It is dry
Dry purpose is the needs for using or being further processed for material.As timber can be to prevent in production wooden model, the drying before woodenware
Only product deformation, drying of the ceramic batch before calcining two drying equipment can prevent finished product to be cracked.In addition the object after drying
Material is also convenient for transporting and store, and the grain drying that will such as harvest is to certain moisture content hereinafter, with anti-mildew.It is remote due to spontaneously drying
It is not able to satisfy the needs of production development, various mechanization driers are applied more and more widely.
Spray dryer is that one kind of continous way atmospheric dryer makes itself and heat with special installation by liquid material atomisation
Air is contacted and is dried, for drying the liquid, suspension and viscous liquid of some thermal sensitivity, such as milk, egg, tannin and medicine
Object etc..Centrifugal spray drying is that certain liquid materials are dried using centrifugal type atomizer, liquid process forming and drying
Most widely used technique in industry.Be best suited for from solution, lotion, suspension and liquid/paste raw material generate powdery,
Granular solids product.Therefore, when the particle size distribution of finished product, residual moisture content, bulk density and grain shape must accord with
When closing accurate standard, spray drying is one of very ideal technique.
In addition, China Patent Publication No. is CN103752025A, invention and created name is a kind of spray dryer, including dry
The rack of dry machine tower body and support drying machine tower body, the top of drying machine main body are equipped with air distributor and atomizer, air point
Orchestration is by pipeline connection hot air supply device, and for atomizer by pipeline connection material delivery system, drying machine tower body includes upper
Tower body and lower tower cone, upper tower body and lower tower cone are interconnected hollow clamping sleeve formula, install on lower tower cone and blast in oriented collet
The pressure fan of air, upper tower body are equipped with tower top collet, and air outlet is provided on tower top collet, and air outlet is supplied by pipeline and hot wind
To the air inlet connection of device, lower tower cone bottom is additionally provided with discharge gate.But the spray dryer of existing solid dye production
There is also that can not clear up the dye granule of dry tower wall, lack when introducing air to the function of air filtration and at
The problem of blocking delivery pipe is easy when product dye granule discharges.
Summary of the invention
In order to solve the problems, such as it is above-mentioned at least one, the present invention provides a kind of spray dryer of solid dye production, with solution
The spray dryer of certainly existing solid dye production can not clear up the dye granule of dry tower wall, when introducing air
The problem of being easy blocking delivery pipe when lacking function and finished product the dye granule discharge to air filtration.
Specifically, the present invention provides the spray dryers of solid dye production comprising:
The lower surface middle position of drying chamber (2), the drying chamber (2) is provided with vent valves (8)；
Atomizer (4), the atomizer (4) are set to the upper end of the drying chamber (2)；
Dyestuff inlet tube (5), the inlet communication of the dyestuff inlet tube (5) and the atomizer (4)；
Spray head (6), spray head (6) setting is in the upper inside middle position of drying chamber (2), and the spray head (6) is even
It is connected to the outlet end of atomizer (4)；
Air heater box structure (14) is connected to the drying chamber (2)；
Pressure fan (9) is configured to the interior input air of the air heater box structure (14)；
Anti-blocking manual material toggling chip architecture (11), is fixed on the inner lower position of drying chamber (2)；
Ultrasonic activation particle shakes off ring structure (13), is mounted in the drying chamber (2)；
The cyclone separator structure (12) of the anti-fugitive dust of discharge, even by secondary separation conduit (16) and the drying chamber (2)
It is logical；
The lower part of the cyclone separator structure (12) of the anti-fugitive dust of the discharge is arranged in, with the whirlwind in collecting box (17)
The solid outlet of cyclone separator arrangement (12) is connected to；
Air-introduced machine (18) is connected to the waste gas outlet of the cyclone separator structure (12) of the anti-fugitive dust of the discharge.
Optionally, the anti-blocking manual material toggling chip architecture (11) includes joystick (111), material toggling piece (112), ball bearing
(113), sealing rubber cap (114), hand-operated wheel (115) and holding handle (116)；
The material toggling piece (112) is connected to the upper and lower surfaces of joystick (111)；
The joystick (111) is plugged on the inner ring of ball bearing (113)；
The sealing rubber cap (114) is socketed in the outer surface leftward position of joystick (111) and is arranged in ball bearing
(113) right side；
The hand-operated wheel (115) is bolted to the left end of joystick (111)；The holding handle (116) is threadedly connected to
The hand-operated wheel (115).
Optionally, the cyclone separator structure (12) of the anti-fugitive dust of the discharge includes cyclone body (121), gas
Delivery pipe (122), support frame (123) and material guiding cloth tube (124),
The gas discharge pipe (122) is connected to the right upper portion of the cyclone body (121)；
Support frame as described above (123) is connected to the left and right sides lower part of the cyclone body (121)；
The material guiding cloth tube (124) is fixed on the lower end position of the cyclone body (121) with stainless steel hoop piece
It sets.
Optionally, it includes supersonic generator (131), connection coil pipe that the ultrasonic activation particle, which shakes off ring structure (13),
(132), dyestuff attachment flaps (133) and support ring (134),
Described connection coil pipe (132) one end is bolted to the left side middle position of the supersonic generator (131), separately
One end screw is connected to the right side middle position of the support ring (134)；
Dyestuff attachment flaps (133) screw is connected to the inner surface of the support ring (134).
Optionally, the air heater box structure (14) includes heating box main body (141), admission line (142), temperature controller
(143), heat insulation support seat (144), cross support arm (145) and heating sheet (146),
The admission line (142) is connected to the left lower position of heating box main body (141)；
The temperature controller (143) is connected to the front surface upper left side of heating box main body (141)；
The heat insulation support seat (144) is connected to the lower surface corner location of heating box main body (141)；
The cross support arm (145) is connected laterally at the bosom position of heating box main body (141)；
The longitudinally connected front surface in cross support arm (145) of heating sheet (146).
Optionally, described secondary separation conduit (16) one end is embedded in the lower right side position of drying chamber (2), other end edge
On the inlet end of the cyclone body (121) left upper portion setting.
It optionally, further include cold air purification filtering box structure (10), with purifying box (101), sealed platform cover
(102), air intake duct (103), stainless steel tube filter screen (104), nylon filter (105) and HEPA filter layer (106)；
The sealed platform cover (102) is threaded in the upper end of the purifying box (101)；
The air intake duct (103) is embedded in the left lower position of the purifying box (101)；
The stainless steel tube filter screen (104) is connected to the inside left lower position of the purifying box (101)；The Buddhist nun
Imperial filter screen (105) is glued to the right positions of the purifying box (101)；The HEPA filter layer (106) is glued to the Buddhist nun
The right side of imperial filter screen (105)；
The upper end screw of the air intake duct (103) is connected with rainhat (1031).
Optionally, the material toggling piece (112) specifically uses trapezoidal stainless steel substrates；The material toggling piece (112) is staggered.
Optionally, the dyestuff attachment flaps (133) specifically use rectangular stainless steel substrates；The dyestuff attachment flaps
(133) it is provided with multiple；The support ring (134) specifically uses circular stainless steel ring.
Optionally, the supersonic generator (131) is connected to the right upper portion position of the drying chamber (2).
Compared with prior art, the invention has the benefit that
1. in the present invention, the purifying box, sealed platform cover, air intake duct, stainless steel tube filter screen, nylon filter and
The setting of HEPA filter layer is conducive to be filtered removal of impurities to for dry air, to by the particle in air or have
Evil gas is filtered purification, to guarantee the dry effect of dyestuff, improves the quality of dyestuff, prevents sundries from mixing with dyestuff,
Overcoming common spray dryer can not be to the defect that air inlet is handled.
2. in the present invention, the joystick, material toggling piece, ball bearing, hand-operated wheel and the setting for holding handle are conducive to dry
The solid dye particles of dry completion carry out in discharge process, and it is anticlogging to play the role of dredging, hold holding handle when in use, into
Row rotates clockwise or counterclockwise hand-operated wheel, to drive joystick and material toggling piece to be rotated, thus to fixed dye
Grain is stirred dredging, to play anti-blocking effect, overcomes the defect that previous spray dryer blanking has some setbacks.
3. in the present invention, the supersonic generator, connecting tube, the setting of dyestuff attachment flaps and support ring is conducive to open
Dynamic supersonic generator drives dyestuff attachment flaps to be vibrated, so that dry top tank structure and dye will be attached to using ultrasonic wave
The dye granule that material attachment flaps and support ring are fallen is shaken off, and is played the role of cleaning, is improved the utilization rate of dyestuff.
4. in the present invention, the setting of the rainhat is conducive to play the dust-proof effect of rain cover, is meeting normal ventilation
Meanwhile and it can guarantee the safety of air inlet.
5. in the present invention, the setting of the sealing rubber cap is conducive to play the role of sealing protection, to avoid finished product
Dye granule enters in ball bearing, guarantees going on smoothly for stirring purge operation.
6. in the present invention, the setting of the heat insulation support seat is conducive to the fixed effect of support, guarantees the normal of heater box
Work.
7. in the present invention, the heating box main body, admission line, temperature controller, heat insulation support seat, cross support arm and heating sheet
Setting is conducive to start heating sheet by temperature controller, heat under the action of heating sheet to the air filtered, thus will
Hot-air is transported to drying chamber by hot air duct, to be formed under the action of hot-air to by atomizer and spray head
Dyestuff carry out drying operation by spraying.
8. in the present invention, the supersonic generator, connecting tube, the setting of dyestuff attachment flaps and support ring is conducive to
The fog in drying chamber is drawn into cyclone body under the action of cyclone body, it is clear to carry out secondary separation
Reason, is collected into collecting box, so as to avoid dopant dye by material guiding cloth tube to separating the dye granule mixed
Air discharge, achieve the purpose that save dyestuff and environmental protection.
9. in the present invention, the setting of the material guiding cloth tube is conducive to play the role of sealing protection, prevents dye granule from raising
The diffusion of dirt is flown upward.
According to the following detailed description of specific embodiments of the present invention in conjunction with the accompanying drawings, those skilled in the art will be brighter
The above and other objects, advantages and features of the present invention.
Detailed description of the invention
Some specific embodiments of the present invention is described in detail by way of example and not limitation with reference to the accompanying drawings hereinafter.
Identical appended drawing reference denotes same or similar part or part in attached drawing.It should be appreciated by those skilled in the art that these
What attached drawing was not necessarily drawn to scale.In attached drawing:
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is the structural schematic diagram of cold air purification filtering box structure of the invention.
Fig. 3 is the structural schematic diagram of anti-blocking manual material toggling chip architecture of the invention.
Fig. 4 is the structural schematic diagram of the cyclone separator structure of the anti-fugitive dust of discharge of the invention.
Fig. 5 is the structural schematic diagram that ultrasonic activation particle of the invention shakes off ring structure.
Fig. 6 is the structural schematic diagram of air heater box structure of the invention.
In figure:
1, support base plate；2, drying chamber；3, support column；4, atomizer；5, dyestuff inlet tube；6, spray head；7, hot-air
Conduit；8, vent valves；9, pressure fan；10, cold air purification filtering box structure；101, purifying box；102, sealed platform cover；103,
Air intake duct；1031, rainhat；104, stainless steel tube filter screen；105, nylon filter；106, HEPA filter layer；11, prevent
Block up manual material toggling chip architecture；111, joystick；112, material toggling piece；113, ball bearing；114, sealing rubber cap；115, hand
Wheel；116, handle is held；12, the cyclone separator structure of the anti-fugitive dust of discharge；121, cyclone body；122, gas discharges
Pipe；123, support frame；124, material guiding cloth tube；13, ultrasonic activation particle shakes off ring structure；131, supersonic generator；132,
Connect coil pipe；133, dyestuff attachment flaps；134, support ring；14, air heater box structure；141, box main body is heated；142, air inlet
Pipeline；143, temperature controller；144, heat insulation support seat；145, cross support arm；146, heating sheet；15, air guide connecting tube；16, secondary point
From conduit；17, collecting box；18, air-introduced machine；19, exhaust gas discharges connecting tube.
Specific embodiment
Referring to shown in Fig. 1-Fig. 6, the present invention provides a kind of spray dryer of solid dye production, including support base plate
1, drying chamber 2, support column 3, atomizer 4, dyestuff inlet tube 5, spray head 6, hot air duct 7, vent valves 8, pressure fan 9, cold
Air purification filter box structure 10, anti-blocking manual material toggling chip architecture 11, the anti-fugitive dust of discharge cyclone separator structure 12, ultrasonic wave
Vibration particle is shaken off ring structure 13, air heater box structure 14, air guide connecting tube 15, secondary separation conduit 16, collecting box 17, is drawn
Blower 18 and exhaust gas discharge connecting tube 19.3 one end of support column is bolted to the lower surface of drying chamber 2, and the other end is bolted
In the upper surface middle position of support base plate 1；Atomizer 4 is bolted to the upper surface of drying chamber 2；5 spiral shell of dyestuff inlet tube
Bolt is connected to the upper surface of atomizer 4；Spray head 6 is threaded in the outlet end of atomizer 4 and is arranged on the inside of drying chamber 2
Side middle position；Hot air duct 7 is connected with drying chamber 2 and air heater box structure 14 respectively；Vent valves 8 are bolted
In the lower surface middle position of drying chamber 2；Pressure fan 9 be mounted between air heater box structure 14 and air guide connecting tube 15 and with
Support base plate 1 is bolted setting；The upper surface that cold air purification filtering box structure 10 is bolted to support base plate 1 is left
Side position and the left end for being mounted on air guide connecting tube 15；Anti-blocking manual material toggling chip architecture 11 is fixed on the inner lower of drying chamber 2
Position；The cyclone separator structure 12 of the anti-fugitive dust of discharge is mounted on the upper surface right positions of support base plate 1；Ultrasonic activation
Particle shakes off the inside upper right side that ring structure 13 is mounted on drying chamber 2；Air heater box structure 14 is mounted on support base plate 1
Upper surface；Collecting box 17 is arranged in the lower part of the cyclone separator structure 12 of the anti-fugitive dust of discharge and is placed on support base plate 1
Upper surface right positions；Air-introduced machine 18 is mounted on the right side of the cyclone separator structure 12 of the anti-fugitive dust of discharge；Exhaust gas discharge connection
Pipe 19 is bolted to the outlet side of air-introduced machine 18；Cold air purification filtering box structure 10 includes purifying box 101, sealed platform cover
102, air intake duct 103, stainless steel tube filter screen 104, nylon filter 105 and HEPA filter layer 106, sealed platform cover 102
It is threaded in the upper end of purifying box 101；Air intake duct 103 is embedded in the left lower position of purifying box 101；Stainless steel tube
104 screw of filter screen is connected to the inside left lower position of purifying box 101；Nylon filter 105 is glued to purifying box 101
Right positions；HEPA filter layer 106 is glued to the right side of nylon filter 105.
In above-described embodiment, specifically, anti-blocking manual material toggling chip architecture 11 includes joystick 111, material toggling piece 112, ball
Bearing 113, sealing rubber cap 114, hand-operated wheel 115 and holding handle 116, screw is connected to joystick 111 to material toggling piece 112 respectively
Upper and lower surfaces；Joystick 111 is plugged on the inner ring of ball bearing 113；Sealing rubber cap 114 is socketed in joystick 111
Outer surface leftward position and the right side of ball bearing 113 is set；Hand-operated wheel 115 is bolted to the left end of joystick 111；
Hold the left lower position that handle 116 is threaded in hand-operated wheel 115.
In above-described embodiment, specifically, the cyclone separator structure 12 of the anti-fugitive dust of discharge includes cyclone body
121, gas discharge pipe 122, support frame 123 and material guiding cloth tube 124,122 screw of gas discharge pipe are connected to cyclone separator master
The right upper portion position of body 121；Support frame 123 is bolted to the left and right sides lower portion of cyclone body 121 respectively
It sets；Material guiding cloth tube 124 is fixed on the lower end position of cyclone body 121 with stainless steel hoop piece.
In above-described embodiment, specifically, it includes supersonic generator 131 that ultrasonic activation particle, which shakes off ring structure 13, even
Coil pipe 132, dyestuff attachment flaps 133 and support ring 134 are connect, connection 132 one end of coil pipe is bolted to supersonic generator 131
Left side middle position, other end screw are connected to the right side middle position of support ring 134；133 screw of dyestuff attachment flaps is connected to
The inner surface of support ring 134.
In above-described embodiment, specifically, air heater box structure 14 includes heating box main body 141, admission line 142, temperature
Device 143, heat insulation support seat 144, cross support arm 145 and heating sheet 146 are controlled, 142 screw of admission line is connected to heating box main body 141
Left lower position；143 screw of temperature controller is connected to the front surface upper left side of heating box main body 141；Heat insulation support seat 144 divides
It is not bolted to the lower surface corner location of heating box main body 141；145 cross bolts of cross support arm are connected to heating box main body
141 bosom position；The longitudinal screw of heating sheet 146 is connected to the front surface of cross support arm 145.
In above-described embodiment, specifically, passing through secondary separation conduit 16 between drying chamber 2 and cyclone body 121
It communicates；16 one end of secondary separation conduit is embedded in the lower right side position of drying chamber 2, and the other end is embedded in cyclone body
On the inlet end of 121 left upper portions setting.
In above-described embodiment, specifically, the upper end screw of air intake duct 103 is connected with rainhat 1031.
In above-described embodiment, specifically, ball bearing 113 is embedded in the left wall lower position of drying chamber 2；Material toggling piece 112
Specifically use trapezoidal stainless steel substrates；Material toggling piece 112 is staggered.
In above-described embodiment, specifically, dyestuff attachment flaps 133 specifically use rectangular stainless steel substrates；Dyestuff attachment flaps
133 be provided with it is multiple；Support ring 134 specifically uses circular stainless steel ring；The inner surface bolt of support ring 134 and drying chamber 2
Connection setting.
In above-described embodiment, specifically, supersonic generator 131 is bolted to the right upper portion position of drying chamber 2.
In above-described embodiment, specifically, pressure fan 9 specifically uses the blower of model F4-72；Atomizer 4 specifically uses
The atomizer of model FSY32-9-0.37；Cyclone body 121 specifically uses the separator of model XFCCQ001；Draw
Blower 18 specifically uses the blower of model Y4-68；Temperature controller 143 specifically uses the temperature controller of model MH-2000.
In the use of the present invention, the delivery pipe of liquid dyes is connected with dyestuff inlet tube 5, and by tail gas treatment device
Air inlet pipe and exhaust gas discharge connecting tube 19 be connected, connect external power supply, pressure fan 9 be respectively started by controlling equipment, adds
Backing 146, atomizer 4, cyclone body 121 and air-introduced machine 18, firstly, cold air successively passes through air intake duct 103
Enter in purifying box 101, successively pass through stainless steel tube filter screen 104, nylon filter 105, HEPA filter layer 106, to
Be filtered removal of impurities in dry air, thus by air particle or pernicious gas be filtered purification, to guarantee
The dry effect of dyestuff；Then, air is entered under the action of pressure fan 9 in heating box main body 141, passes through temperature controller 143
Start heating sheet 146, the air filtered is heated under the action of heating sheet 146, so that hot-air is empty through overheat
Airway 7 is transported to drying chamber 2, thus under the action of hot-air, it is spraying to the dyestuff formed by atomizer 4 and spray head 6
Carry out drying operation；The dry solid dye particles completed fall under gravity into the inner lower position of drying chamber 2,
Reception container is placed on to the lower part of vent valves 8, vent valves 8 is opened and is discharged, hand is held in discharge process
Lever 116 carries out rotating clockwise or counterclockwise hand-operated wheel 115, to drive joystick 111 and 112 turns of material toggling piece
It is dynamic, so that dredging is stirred to fixed dye particle, to play anti-blocking effect；Finally, in cyclone body 121
Under the action of the fog in drying chamber 2 is drawn into cyclone body 121 through secondary separation conduit 16, carry out secondary
Separation cleaning, is collected into collecting box 17, to avoid by material guiding cloth tube 124 to separating the dye granule mixed
The discharge of the air of dopant dye achievees the purpose that save dyestuff and environmental protection.
So far, although those skilled in the art will appreciate that present invention has been shown and described in detail herein multiple shows
Example property embodiment still without departing from the spirit and scope of the present invention, still can according to the present disclosure directly
Determine or deduce out many other variations or modifications consistent with the principles of the invention.Therefore, the scope of the present invention is understood that and recognizes
It is set to and covers all such other variations or modifications.
Claims (10)
1. a kind of spray dryer of solid dye production characterized by comprising
The lower surface middle position of drying chamber (2), the drying chamber (2) is provided with vent valves (8)；
Atomizer (4), the atomizer (4) are set to the upper end of the drying chamber (2)；
Dyestuff inlet tube (5), the inlet communication of the dyestuff inlet tube (5) and the atomizer (4)；
Spray head (6), the spray head (6) is arranged in the upper inside middle position of drying chamber (2), and the spray head (6) is connected to
The outlet end of atomizer (4)；
Air heater box structure (14) is connected to the drying chamber (2)；
Pressure fan (9) is configured to the interior input air of the air heater box structure (14)；
Anti-blocking manual material toggling chip architecture (11), is fixed on the inner lower position of drying chamber (2)；
Ultrasonic activation particle shakes off ring structure (13), is mounted in the drying chamber (2)；
The cyclone separator structure (12) of the anti-fugitive dust of discharge is connected to by secondary separation conduit (16) with the drying chamber (2)；
The lower part of the cyclone separator structure (12) of the anti-fugitive dust of the discharge is arranged in, with the cyclonic separation in collecting box (17)
The solid outlet of device structure (12) is connected to；
Air-introduced machine (18) is connected to the waste gas outlet of the cyclone separator structure (12) of the anti-fugitive dust of the discharge.
2. the spray dryer of solid dye production as described in claim 1, which is characterized in that
The anti-blocking manual material toggling chip architecture (11) includes joystick (111), material toggling piece (112), ball bearing (113), sealing
Rubber cap (114), hand-operated wheel (115) and holding handle (116)；
The material toggling piece (112) is connected to the upper and lower surfaces of joystick (111)；
The joystick (111) is plugged on the inner ring of ball bearing (113)；
The sealing rubber cap (114) is socketed in the outer surface leftward position of joystick (111) and is arranged in ball bearing (113)
Right side；
The hand-operated wheel (115) is bolted to the left end of joystick (111)；The holding handle (116) is threadedly connected to described
Hand-operated wheel (115).
3. the spray dryer of solid dye production as described in claim 1, which is characterized in that
The cyclone separator structure (12) of the anti-fugitive dust of discharge includes cyclone body (121), gas discharge pipe
(122), support frame (123) and material guiding cloth tube (124),
The gas discharge pipe (122) is connected to the right upper portion of the cyclone body (121)；
Support frame as described above (123) is connected to the left and right sides lower part of the cyclone body (121)；
The material guiding cloth tube (124) is fixed on the lower end position of the cyclone body (121) with stainless steel hoop piece.
4. the spray dryer of solid dye production as described in claim 1, which is characterized in that
It includes supersonic generator (131), connection coil pipe (132), dyestuff that the ultrasonic activation particle, which shakes off ring structure (13),
Attachment flaps (133) and support ring (134),
Described connection coil pipe (132) one end is bolted to the left side middle position of the supersonic generator (131), the other end
Screw is connected to the right side middle position of the support ring (134)；
Dyestuff attachment flaps (133) screw is connected to the inner surface of the support ring (134).
5. the spray dryer of solid dye production as described in claim 1, which is characterized in that
The air heater box structure (14) includes heating box main body (141), admission line (142), temperature controller (143), heat-insulated
Support base (144), cross support arm (145) and heating sheet (146),
The admission line (142) is connected to the left lower position of heating box main body (141)；
The temperature controller (143) is connected to the front surface upper left side of heating box main body (141)；
The heat insulation support seat (144) is connected to the lower surface corner location of heating box main body (141)；
The cross support arm (145) is connected laterally at the bosom position of heating box main body (141)；
The longitudinally connected front surface in cross support arm (145) of heating sheet (146).
6. the spray dryer of solid dye production as claimed in claim 3, which is characterized in that
Described secondary separation conduit (16) one end is embedded in the lower right side position of drying chamber (2), and the other end is embedded in the rotation
On the inlet end of wind separator main body (121) left upper portion setting.
7. the spray dryer of solid dye production as described in claim 1, which is characterized in that further include that cold air is cleaned
Filter box structure (10), is set to the input end of the pressure fan (9)；And
The cold air purification filtering box structure (10) has purifying box (101), sealed platform cover (102), air intake duct
(103), stainless steel tube filter screen (104), nylon filter (105) and HEPA filter layer (106)；
The sealed platform cover (102) is threaded in the upper end of the purifying box (101)；
The air intake duct (103) is embedded in the left lower position of the purifying box (101)；
The stainless steel tube filter screen (104) is connected to the inside left lower position of the purifying box (101)；The nylon mistake
Strainer (105) is glued to the right positions of the purifying box (101)；The HEPA filter layer (106) is glued to the nylon mistake
The right side of strainer (105)；
The upper end screw of the air intake duct (103) is connected with rainhat (1031).
8. the spray dryer of solid dye production as claimed in claim 2, which is characterized in that
The material toggling piece (112) specifically uses trapezoidal stainless steel substrates；The material toggling piece (112) is staggered.
9. the spray dryer of solid dye production as claimed in claim 4, which is characterized in that
The dyestuff attachment flaps (133) specifically use rectangular stainless steel substrates；The dyestuff attachment flaps (133) are provided with more
It is a；The support ring (134) specifically uses circular stainless steel ring.
10. the spray dryer of solid dye production as described in claim 1, which is characterized in that
The supersonic generator (131) is connected to the right upper portion position of the drying chamber (2).
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Application publication date: 20191015 |