CN205815982U - A kind of ultrasonic atomizatio metal pretreating device - Google Patents
A kind of ultrasonic atomizatio metal pretreating device Download PDFInfo
- Publication number
- CN205815982U CN205815982U CN201620763230.8U CN201620763230U CN205815982U CN 205815982 U CN205815982 U CN 205815982U CN 201620763230 U CN201620763230 U CN 201620763230U CN 205815982 U CN205815982 U CN 205815982U
- Authority
- CN
- China
- Prior art keywords
- casing
- high temperature
- mist
- low temperature
- coated
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
Landscapes
- Details Or Accessories Of Spraying Plant Or Apparatus (AREA)
Abstract
A kind of ultrasonic atomizatio metal pretreating device, is coated with transition region casing, Wu Tu district casing, right side mist painting transition region casing, high temperature recovery area, right side casing, right side low temperature transition region casing and low temperature discharge end casing and is connected, by low temperature feed end casing, left side low temperature transition region casing, high temperature recovery area, left side casing, left side mist, the labyrinth type workpiece transport path formed；Wu Tu district casing, low temperature feed end casing and low temperature discharge end casing are respectively positioned on low level, and arranged on left and right sides high temperature recovery area casing is respectively positioned on a high position；Wu Tu district casing connects the atomization plant of peripheral hardware, is provided with electrostatic emitting head in Wu Tu district casing；It is equipped with mist in arranged on left and right sides high temperature collection box position and is coated with dielectric film filter piece-rate system；Low-temperature region is formed by installation cooling module in low temperature feed end casing and in low temperature feed box body；It is provided with air curtain in the position of the gating location of feed end casing and the discharging opening of discharge end casing.This device has reached preferable mist and has been coated with effect, and it is excessive to avoid mist painting medium.
Description
Technical field
This utility model belongs to field of metal surface treatment technology, particularly to a kind of ultrasonic atomizatio metal pre-treatment dress
Put.
Background technology
Application is an important step in construction machinery product surface manufacturing process.Metal pre-treatment is can not in application
The important procedure lacked, is to improve the adhesive force of film, corrosion resistance and ornamental pass to build link.The level of metal pre-treatment is high
Low, it is directly connected to the quality of coating quality, and then is related to the length of application life of product and the size of the market competitiveness, very
To the height being related to application value of the product.Traditional metal surface pretreatment process complex production process is complicated, and power consumption is high, work
Skill condition requires that harshness, quality stability are poor, and it is many to there is personnel depaly, is attended by a large amount of waste water and gives up in implementation process
The problems such as acid, alkali liquor are discharged, the discharge of the strongest carcinogenic heavy metal.So, need to throw in the waste treatment process in later stage
Enter substantial amounts of human and material resources to complete, cause the biggest pressure to enterprise, environmental conservation is brought the most uncertain simultaneously
Hidden danger.The electrostatic mist occurred recently is coated with mode and simply proposes conceptual statement, does not form actual exercisable technical side
Case.Metal surface is carried out device that electrostatic mist painting processes when design, needs to meet following condition:
1, sufficient concentrations of fog is provided, the thickness of such guarantee metal surface film and uniformity；
2, the mist painting medium that mist volatilizees during being coated with and deposits, is required to reclaim timely, so, can reduce mist and be coated with medium
Excessive probability, additionally, it is possible to realize the recycling of resource.
2, charging aperture and the discharging opening of electrostatic mist painting processing means needs to produce air curtain by air curtain and carries out the closeest
Envelope, so, on the one hand will not impact the conveying of metalwork, on the other hand makes electrostatic mist be coated with processing means and is formed the closeest
The working environment of envelope, so, could solve to avoid mist painting medium excessive and to environment；It addition, air curtain to be avoided
The fog that the high-speed air produced by boasting is coated with working area to mist interferes, to ensure that mist is coated with the stability and all of fog in working area
Even property.
Summary of the invention
This utility model provides a kind of ultrasonic atomizatio metal pre-treatment for solving technical problem present in known technology
Device, this processing means can be crossed the sufficient concentrations of mist of offer and be coated with fog, to ensure thickness and the uniformity of coating, this processing means
Can realize the mist of volatilization and deposition is coated with the recovery of medium, thus can significantly reduce mist and be coated with the excessive of medium；This processing means
Upstream end and outfan at workpiece have preferable air-tight structure, excessive to avoid mist to be coated with medium.
This utility model is adopted the technical scheme that by solving technical problem present in known technology:
A kind of ultrasonic atomizatio metal pretreating device, it is characterised in that: include that Wu Tu district casing, left side mist are coated with transition region case
Body, right side mist are coated with transition region casing, high temperature recovery area, left side casing, high temperature recovery area, right side casing, left side low temperature transition region case
Body, right side low temperature transition region casing, low temperature feed end casing and low temperature discharge end casing；Wu Tu district casing, low temperature feed end case
Body and low temperature discharge end casing are respectively positioned on low level, and arranged on left and right sides high temperature recovery area casing is respectively positioned on a high position, form vertical parallax,
Arranged on left and right sides low temperature transition region casing and arranged on left and right sides mist are coated with transition region casing and are all obliquely installed；Low temperature feed end casing and a left side
Side low temperature transition region casing tandem docking forms the first transfer passage section, and high temperature recovery area, left side casing, left side mist are coated with transition region
Casing, Wu Tu district casing, right side mist are coated with docking formation the second conveying successively before and after transition region casing, high temperature recovery area, right side casing
Channel section, right side low temperature transition region casing and low temperature discharge end casing tandem docking form the 3rd transfer passage section, the first conveying
Channel section and the 3rd transfer passage section are symmetricly set on the both sides of the second transfer passage section, and the layout side of the first transfer passage section
To the arranged direction of, the 3rd transfer passage section, all arranged direction with the second transfer passage section form the angle not less than 90 °, make
First transfer passage section, the second transfer passage section and the 3rd transfer passage section are in turn connected to form labyrinth type workpiece transport path,
The chain rail for conveying workpieces it is provided with at the top of workpiece transport path；The sidewall of Wu Tu district casing is provided with into mist
Mouthful, fog outlet and liquid return hole, the atomization by pipeline with peripheral hardware of fog inlet and fog outlet it is provided with in the bottom of Wu Tu district casing
Equipment connects, and is provided with valve in liquid return hole position；Being provided with electrostatic emitting head in Wu Tu district casing, electrostatic emitting head is with outer
If electrostatic generator connect；Concentration determination probe, concentration determination probe and external control system it is provided with in Wu Tu district casing
System connects；Being equipped with mist on arranged on left and right sides high temperature recovery area casing and be coated with dielectric film filter mouth and gas returning port, mist is coated with dielectric film filter mouth
It is connected by the recovery segregation apparatus of peripheral hardware with between gas returning port, forms mist and be coated with dielectric film filter piece-rate system；At low temperature feed end
On casing and being mounted on cooling module on low temperature discharging casing, cooling module is connected with the refrigeration system of peripheral hardware, makes low temperature enter
It is respectively formed low-temperature region, at gating location and the discharge end casing of feed end casing in material end casing and in low temperature feed box body
The position of discharging opening be mounted on air curtain, air curtain forms air curtain at gating location and discharging opening position.
Preferred: being additionally provided with refrigeration coil in Wu Tu district casing, refrigeration coil is fixed on the two side of casing, system
Cooling coil is connected with the refrigeration system of peripheral hardware.
Preferred: high temperature recovery area, left side casing is by the left side exhausting section being sequentially connected with, left side high temperature section and left side high temperature
Changeover portion is constituted；High temperature recovery area, right side casing is by the right side exhausting section being sequentially connected with, right side high temperature section and right side high temperature transition
Section is constituted；Left side exhausting section and right side exhausting section are coated with upper end and the right side mist painting transition region case of transition region casing respectively with left side mist
The upper end of body connects, left side high temperature changeover portion and right side high temperature changeover portion respectively with upper end and the right side of left side low temperature transition region casing
The upper end of side low temperature transition region casing connects；The mist painting dielectric film filter mouth and the gas returning port that are positioned at both sides are separately positioned on respective side height
Temperature reclaims on the exhausting section of casing and mist is coated with dielectric film filter mouth and is arranged on the position, top that respective side high temperature reclaims the exhausting section of casing
Put；It is provided with hot-blast outlet at the top of the high temperature section of arranged on left and right sides high temperature recovery area casing, returns at arranged on left and right sides high temperature
Receive the position of close bottom in the high temperature section of district's casing and be provided with hot wind inlet, at arranged on left and right sides high temperature recovery area casing
Bottom position in high temperature section is mounted on hot-air blower, hot-blast outlet and the corresponding hot wind inlet hot blast conveying pipe by peripheral hardware
Road connects, and hot wind inlet connects with the air inlet of corresponding hot-air blower, the gas outlet of hot-air blower and respective side high temperature recovery area case
The inner chamber of the high temperature section of body forms air circulation, makes the attachment structure of hot wind inlet, hot-blast outlet and hot-air blower form hot blast and follows
Loop back path also forms hot-air screen in corresponding high temperature section.
Preferred: to be additionally provided with multiple venting at the top of Wu Tu district casing, it is provided with in each venting position
One explosion-proof lid, explosion-proof lid is in sealing contact by gasket seal formation with corresponding venting.
Preferred: described recovery segregation apparatus includes air exhauster and collection box, collection box is provided with air inlet and gives vent to anger
Mouthful, the mist of the air inlet of air exhauster and respective side high temperature recovery area casing is coated with dielectric film filter mouth and is connected, the gas outlet of air exhauster and
The air inlet of collection box connects, and the gas outlet of collection box is connected, at collection box with the gas returning port of respective side high temperature recovery area casing
Inside being disposed with refrigeration coil, refrigeration coil is connected with the refrigeration system of peripheral hardware.
Preferred: the bottom surface of arranged on left and right sides high temperature recovery area casing is higher than the end face of Wu Tu district casing.
This utility model has the advantage that with good effect:
1, this ultrasonic atomizatio metal pretreating device uses labyrinth type workpiece transport path structure, is placed in by Wu Tu district casing
The low lying areas at middle part, the both sides of Wu Tu district casing arrange left and right two mists tilted upward and are coated with transition region casing, so, utilize
Vertical parallax, it is simple to form sufficient concentrations of fog in Wu Tu district casing, it addition, mist be coated with working area away from workpiece input and
Outfan, so, the air-flow that mist is coated with in working area by the air-flow avoiding workpiece input and outfan interferes, it is ensured that
Mist is coated with the stability of fog in working area, and stable, sufficient concentrations of fog ensure that and forms coating on the surface of workpiece
Thickness and uniformity, reached preferable mist and be coated with effect.
2, this ultrasonic atomizatio metal pretreating device, by dividing in the region at casing place, arranged on left and right sides high temperature recovery area
Mist is not set and is coated with dielectric film filter piece-rate system, it is achieved that the mist upwards volatilized is coated with the recycling of medium, by Wu Tu district case
The bottom of body arranges liquid return hole and valve, so, can periodically realize being coated with the mist of deposition the recovery of medium, above-mentioned owing to being provided with
Air-liquid recovery system, so, just drastically reduce the area mist and be coated with the excessive of medium, also can realize mist simultaneously and be coated with the profit again of medium
With.
3, this ultrasonic atomizatio metal pretreating device is by low temperature feed end casing region and low temperature discharge end case
Body region arranges cooling module, makes the two ends of workpiece transport path form low-temperature region, the low-temperature region at two ends and formation
Air curtain at charging aperture and discharging opening matches, and forms cryogen containment district, so, a side respectively at the two ends of workpiece transport path
Air outside workpiece transport path plays shielding action, and on the other hand the air in workpiece transport path also functions to shielding
Effect, thus avoid unrecovered fall a small amount of remaining mist be coated with medium and formed excessive at charging aperture and discharging opening, and then avoid
Environment to external world.
Accompanying drawing explanation
Fig. 1 is perspective view I of the present utility model；
Fig. 2 is perspective view II of the present utility model；
Fig. 3 is the top view that this utility model Wu Tu district casing removes header field；
Fig. 4 is the A-A sectional view of Fig. 3.
In figure: 1, Wu Tu district casing；1-1, fog inlet；1-2, fog outlet；1-3, liquid return hole；1-4, venting；1-5, anti-
Seam broken lid；2, left side mist is coated with transition region casing；3, right side mist is coated with transition region casing；4, left side high temperature recovery area casing；5, right side
High temperature recovery area casing；6, left side low temperature transition region casing；7, right side low temperature transition region casing；8, low temperature feed end casing；9、
Low temperature discharge end casing；10, atomizer；11, holding vessel；12, electrostatic emitting head；13, refrigeration coil；14, air curtain；15, system
Cooling coil；16, hot blast conveying pipe road；17, air exhauster；18, collection box；1 ', workpiece.
Detailed description of the invention
For summary of the invention of the present utility model, feature and effect can be further appreciated that, hereby enumerate following example, and coordinate
Accompanying drawing describes in detail as follows:
Referring to Fig. 1-4, a kind of ultrasonic atomizatio metal pretreating device, it is the most right by multiple casings that this processing means uses
Connecing the labyrinth type transfer passage structure of formation, concrete structure is: include that Wu Tu district casing 1, left side mist are coated with transition region casing 2, the right side
Side mist is coated with transition region casing 3, high temperature recovery area, left side casing 4, high temperature recovery area, right side casing 5, left side low temperature transition region casing
6, right side low temperature transition region casing 7, low temperature feed end casing 8 and low temperature discharge end casing 9.Wu Tu district casing, low temperature feed end
Casing and low temperature discharge end casing are respectively positioned on low level, and arranged on left and right sides high temperature recovery area casing is respectively positioned on a high position, form high-low-position
Difference, arranged on left and right sides low temperature transition region casing and arranged on left and right sides mist are coated with transition region casing and are all obliquely installed.Low temperature feed end casing
Forming the first transfer passage section with left side low temperature transition region casing tandem docking, high temperature recovery area, left side casing, left side mist are coated
Formation second is docked successively before and after crossing district's casing, Wu Tu district casing, right side mist painting transition region casing, high temperature recovery area, right side casing
Transfer passage section, right side low temperature transition region casing and low temperature discharge end casing tandem docking form the 3rd transfer passage section.First
Transfer passage section and the 3rd transfer passage section are symmetricly set on the both sides of the second transfer passage section, and the cloth of the first transfer passage section
Put direction, the arranged direction of the 3rd transfer passage section all forms the folder not less than 90 ° with the arranged direction of the second transfer passage section
Angle, makes the first transfer passage section, the second transfer passage section and the 3rd transfer passage section be in turn connected to form the conveying of labyrinth type workpiece
Passage.The chain rail for conveying workpieces it is provided with at the top of this workpiece transport path, concrete, the arranged direction of chain rail and work
The integral arrangement direction of part transfer passage keeps consistent, and chain rail is used for handling workpiece, makes workpiece entering from low temperature feed end casing
Material mouth enters in workpiece transport path, is successively returned by low temperature feed end casing, left side low temperature transition region casing, left side high temperature
Receive district's casing and left side mist is coated with transition region casing, then in Wu Tu district casing, in this casing, surface of the work is carried out
Electrostatic mist painting processes, after electrostatic mist painting processes, successively by right side mist be coated with transition region casing, high temperature recovery area, right side casing,
Right side low temperature transition region casing and low temperature discharge end casing, the discharging opening finally by low temperature discharge end casing exports.It is coated with at mist
It is provided with fog inlet 1-1 on the sidewall of district's casing, the bottom of Wu Tu district casing is provided with fog outlet 1-2 and liquid return hole 1-3, enters
Mist mouth is connected with the atomization plant of peripheral hardware by pipeline with fog outlet, and atomization plant uses atomizer 10, atomizer and storage mist
The fluid reservoir 11 being coated with medium connects.Being provided with valve in liquid return hole position, valve is the most not shown, so, along with work
The accumulation of time has a number of mist coating liquid and agglomerates to the bottom of Wu Tu district casing, opens these liquid of valve periodic collection
Body blends process after filtering, and can realize recycling.Electrostatic emitting head 12, electrostatic emitting head are installed in Wu Tu district casing
Being connected with the electrostatic generator of peripheral hardware, what middle electrostatic emitting head was lasting in working order adds electrostatic to working media, makes work be situated between
Matter is with electric charge, and electrostatic generator is integrated in the control system of this pretreating device, opens in the way of manually or automatically
Moving and close, wherein electrostatic generator is the most not shown.Being provided with concentration determination probe in Wu Tu district casing, concentration is surveyed
Probe header is connected with external control system, and Concentration Testing probe and external control system are the most not shown, and concentration determination is visited
Head is coated with the concentration of medium for testing the mist in Wu Tu district casing, and concentration value feeds back to external control system in time, with control
Make the operation conditions of above-mentioned atomizer, Concentration Testing probe in Wu Tu district casing arrange position do not affect workpiece conveying and
In the case of above-mentioned electrostatic generation Probe arrangement, can arrange flexibly.Arranged on left and right sides high temperature recovery area casing is equipped with mist be coated with
Dielectric film filter mouth and gas returning port, mist is coated with between dielectric film filter mouth and gas returning port and is connected by the recovery segregation apparatus of peripheral hardware, formed
Mist is coated with dielectric film filter piece-rate system.Concrete, workpiece carries out mist in Wu Tu district casing and is coated with in processing procedure, along left and right two
Side mist is coated with the mist of the transition region up volatilization of casing slope and is coated with medium, due to high-low temperature difference, can reclaim at the high temperature of arranged on left and right sides
In the way of gaseous state, form gathering in district's casing, so, be coated with dielectric film filter mouth by mist, can will carry the air of mist painting medium
Reclaim, carry mist and be coated with medium air and realize mist and be coated with medium reclaiming in segregation apparatus of peripheral hardware and separate with air, so
By gas returning port, air foldback is returned in high temperature recovery area casing afterwards, this way it is ensured that the gas in high temperature recovery area, both sides casing
Stablizing of stream.And it is mounted on cooling module on low temperature discharging casing on low temperature feed end casing, such as, uses common system
Cooling coil 13, cooling module is connected with the refrigeration system of peripheral hardware, makes low temperature feed end casing interior and equal shape in low temperature feed box body
Become low-temperature region.It is mounted on air curtain in the position of the gating location of feed end casing and the discharging opening of discharge end casing
14, air curtain forms air curtain at gating location and discharging opening position.The low-temperature region at two ends be formed at charging aperture and discharging
The air curtain of mouth matches, and forms cryogen containment district respectively at the two ends of workpiece transport path, so, on the one hand logical to workpiece conveying
Air outside road plays shielding action, on the other hand the air in workpiece transport path is also functioned to shielding action, thus avoids
Unrecovered fall a small amount of remaining mist be coated with medium and formed excessive at charging aperture and discharging opening, and then avoid environment to external world and cause
Pollute.
In said structure, being further provided with refrigeration coil 15 in Wu Tu district casing, refrigeration coil is fixed on casing
Two side on, refrigeration coil is connected with the refrigeration system of peripheral hardware.By arranging refrigeration coil in Wu Tu district casing, it can be mist
It is coated with work space and creates stable low temperature environment temperature, in this way it is easier to ensure that mist is coated with the mist in working area and is coated with the concentration of medium, separately
Outward, also weakens mist painting medium and be coated with, along arranged on left and right sides mist, the diffusing capacity that transition region casing is up.
In said structure, high temperature recovery area, left side casing is by the left side exhausting section 4-1 being sequentially connected with, left side high temperature section 4-2
Constitute with left side high temperature changeover portion 4-3.High temperature recovery area, right side casing is by the right side exhausting section 5-1 being sequentially connected with, right side high temperature
Section 5-2 and right side high temperature changeover portion 5-3 is constituted.Left side exhausting section and right side exhausting section are coated with transition region casing with left side mist respectively
Upper end and right side mist are coated with the upper end of transition region casing and connect, and left side high temperature changeover portion and right side high temperature changeover portion are low with left side respectively
The upper end of temperature transition region casing and the upper end of right side low temperature transition region casing connect.Be arranged on both sides mist be coated with dielectric film filter mouth and
Gas returning port is separately positioned on the exhausting section of respective side high temperature recovery casing and mist is coated with dielectric film filter mouth and is arranged on respective side high temperature
Reclaim the tip position of the exhausting section of casing.It is provided with heat at the top of the high temperature section of arranged on left and right sides high temperature recovery area casing
Wind exports, and in the high temperature section of arranged on left and right sides high temperature recovery area casing, the position near bottom is provided with hot wind inlet,
Bottom position in the high temperature section of arranged on left and right sides high temperature recovery area casing is mounted on hot-air blower, hot-blast outlet and corresponding heat
Wind inlet is connected by the hot blast conveying pipe road 16 of peripheral hardware, and hot wind inlet connects with the air inlet of corresponding hot-air blower, hot-air blower
The inner chamber of high temperature section of gas outlet and respective side high temperature recovery area casing form air circulation, make hot wind inlet, hot-blast outlet
And the attachment structure of hot-air blower forms hot air circulation loop and forms hot-air screen in corresponding high temperature section.By by left and right two
High temperature recovery area, side casing is divided into three functional sections, and is arranged in high temperature section, mist is coated with dielectric film filter in hot air circulation loop
Piece-rate system is arranged on exhausting section, so, on the one hand can further improve the temperature in arranged on left and right sides high temperature recovery area casing
Degree, makes the mist evaporateing in arranged on left and right sides high temperature recovery area casing be coated with medium and sufficiently gasifies；On the other hand hot air circulation is passed through
The hot-air screen that loop is formed plays iris action, makes mist painting media aggregates to exhausting section position, is coated with dielectric film filter system by mist and comes
After carrying out back, reach more preferable recovering effect.
In said structure, for improving the safety of this pretreating device work, it is additionally provided with at the top of Wu Tu district casing
Multiple venting 1-4, are provided with explosion-proof lid 1-5 in each venting position, and explosion-proof lid is passed through with corresponding venting
Gasket seal is formed and is in sealing contact.Concrete, explosion-proof lid can be arranged on venting position, preferred mode in several ways
It is: the side with corresponding venting of explosion-proof lid is formed and is hinged, so, misoperation or special in equipment runs
The burning that situation causes, in causing casing, pressure raises suddenly, when pressure is increased to certain value, explosion-proof lid opens voluntarily,
And will not fly out, it is achieved that pressure release, to protect equipment and Field Force.
In said structure, described recovery segregation apparatus includes air exhauster 17 and collection box 18, is provided with air inlet on collection box
Mouth and gas outlet, the air inlet of air exhauster is coated with dielectric film filter mouth with the mist of respective side high temperature recovery area casing and is connected, air exhauster
Gas outlet is connected with the air inlet of collection box, and the gas outlet of collection box is connected with the gas returning port of respective side high temperature recovery area casing,
Being disposed with refrigeration coil in collection box, refrigeration coil is connected with the refrigeration system of peripheral hardware.This recovery segregation apparatus is used to be easy to
Mist is coated with medium liquefaction, the lower position being deposited in collection box, makes air be coated with, with mist, the separating effect that medium reaches good.
In said structure, the bottom surface of arranged on left and right sides high temperature recovery area casing is higher than the end face of Wu Tu district casing.So, energy
Enough working media mist layers forming certain altitude in the mist being in lower is coated with casing, it is simple to large-scale workpiece is soaked in working media
Fog realizes film on electrostatic.Density due to fog is more than the density of air, so working media fog can be uniform, stable
Be covered with and be in the mist of lower and be coated with case working area, coating process requirement can be met and considerably reduce again and climb to external diffusion.
Refrigeration system that refrigeration coil that is above-mentioned and that be arranged in Wu Tu district casing is corresponding and be arranged on low temperature feed end case
The refrigeration system that body is corresponding with the cooling module on low temperature discharge end casing is corresponding with the refrigeration coil being arranged in collection box
Refrigeration system, can use same refrigeration system or be respectively adopted independent refrigeration system etc..
The workflow of this ultrasonic atomizatio metal pretreating device is:
Workpiece 1 ' (suspension member) is entered into the cryogen containment district of this end along chain rail by the charging aperture of low temperature feed end casing, so
Climbing in high temperature recovery area, left side casing by left side low temperature transition region casing, workpiece is quilt in high temperature recovery area, left side casing
Preheating, then in left side mist painting transition region casing descending to Wu Tu district casing, in Wu Tu district casing, with the fog of electric charge
Absorption is on the surface of workpiece, and along with the operating of chain rail, surface of the work forms the thin film of uniform, controllable, then coated through right side mist
Crossing district's casing to climb in the high temperature collection box of right side, in the high temperature collection box of right side, the quickly molding of the thin film of surface of the work parches；
Then, in right side low temperature transition region descending to low temperature feed end casing, behind the cryogen containment district of this end, finally enter from low temperature
The discharging opening output of material end casing, so far completes the whole ultrasonic atomizatio pretreatment process of workpiece.In this process, mist is coated with
Medium major part is adsorbed to surface of the work, forms thin film, and the most a small amount of mist is coated with medium and is mixed in air, diffuses upward into
In the high temperature recovery area casing of arranged on left and right sides, in high temperature collection box, the air curtain formed by high speed hot blast intercepts, and mist is coated with medium
Gather exhausting section position, and reclaimed by the recovery piece-rate system being arranged in high temperature recovery area, both sides, surplus after recovery
Remaining minimal amount of mist is coated with medium and is shielded by the cryogen containment district at two ends, so, has just accomplished not leak, do not pollute.
The foregoing is only example of preferably executing of the present utility model, be not used for limiting practical range of the present utility model.I.e.
All equivalence changes done according to the content of this utility model claim and modification, such as, explosion-proof lid is solid by adhesive tape
Surely it is sealed in venting position etc., each falls within technical scope of the present utility model.
Claims (6)
1. a ultrasonic atomizatio metal pretreating device, it is characterised in that: include that Wu Tu district casing, left side mist are coated with transition region case
Body, right side mist are coated with transition region casing, high temperature recovery area, left side casing, high temperature recovery area, right side casing, left side low temperature transition region case
Body, right side low temperature transition region casing, low temperature feed end casing and low temperature discharge end casing；Wu Tu district casing, low temperature feed end case
Body and low temperature discharge end casing are respectively positioned on low level, and arranged on left and right sides high temperature recovery area casing is respectively positioned on a high position, form vertical parallax,
Arranged on left and right sides low temperature transition region casing and arranged on left and right sides mist are coated with transition region casing and are all obliquely installed；Low temperature feed end casing and a left side
Side low temperature transition region casing tandem docking forms the first transfer passage section, and high temperature recovery area, left side casing, left side mist are coated with transition region
Casing, Wu Tu district casing, right side mist are coated with docking formation the second conveying successively before and after transition region casing, high temperature recovery area, right side casing
Channel section, right side low temperature transition region casing and low temperature discharge end casing tandem docking form the 3rd transfer passage section, the first conveying
Channel section and the 3rd transfer passage section are symmetricly set on the both sides of the second transfer passage section, and the layout side of the first transfer passage section
To the arranged direction of, the 3rd transfer passage section, all arranged direction with the second transfer passage section form the angle not less than 90 °, make
First transfer passage section, the second transfer passage section and the 3rd transfer passage section are in turn connected to form labyrinth type workpiece transport path,
The chain rail for conveying workpieces it is provided with at the top of workpiece transport path；The sidewall of Wu Tu district casing is provided with into mist
Mouthful, fog outlet and liquid return hole, the atomization by pipeline with peripheral hardware of fog inlet and fog outlet it is provided with in the bottom of Wu Tu district casing
Equipment connects, and is provided with valve in liquid return hole position；Being provided with electrostatic emitting head in Wu Tu district casing, electrostatic emitting head is with outer
If electrostatic generator connect；Concentration determination probe, concentration determination probe and external control system it is provided with in Wu Tu district casing
System connects；Being equipped with mist on arranged on left and right sides high temperature recovery area casing and be coated with dielectric film filter mouth and gas returning port, mist is coated with dielectric film filter mouth
It is connected by the recovery segregation apparatus of peripheral hardware with between gas returning port, forms mist and be coated with dielectric film filter piece-rate system；At low temperature feed end
On casing and being mounted on cooling module on low temperature discharging casing, cooling module is connected with the refrigeration system of peripheral hardware, makes low temperature enter
It is respectively formed low-temperature region, at gating location and the discharge end casing of feed end casing in material end casing and in low temperature feed box body
The position of discharging opening be mounted on air curtain, air curtain forms air curtain at gating location and discharging opening position.
Ultrasonic atomizatio metal pretreating device the most according to claim 1, it is characterised in that: also set up in Wu Tu district casing
Having refrigeration coil, refrigeration coil to be fixed on the two side of casing, refrigeration coil is connected with the refrigeration system of peripheral hardware.
Ultrasonic atomizatio metal pretreating device the most according to claim 1, it is characterised in that: high temperature recovery area, left side casing by
The left side exhausting section, left side high temperature section and the left side high temperature changeover portion that are sequentially connected with are constituted；High temperature recovery area, right side casing is by successively
The right side exhausting section, right side high temperature section and the right side high temperature changeover portion that connect are constituted；Left side exhausting section and right side exhausting section respectively with
The upper end of upper end and right side mist painting transition region casing that left side mist is coated with transition region casing connects, and left side high temperature changeover portion and right side are high
Temperature changeover portion is connected with the upper end of left side low temperature transition region casing and the upper end of right side low temperature transition region casing respectively；It is positioned at both sides
Mist be coated with dielectric film filter mouth and gas returning port and be separately positioned on respective side high temperature and reclaim on the exhausting section of casing and mist is coated with dielectric film filter
Mouth is arranged on the tip position that respective side high temperature reclaims the exhausting section of casing；High temperature at arranged on left and right sides high temperature recovery area casing
The top of section is provided with hot-blast outlet, and in the high temperature section of arranged on left and right sides high temperature recovery area casing, the position near bottom is equal
Being provided with hot wind inlet, the bottom position in the high temperature section of arranged on left and right sides high temperature recovery area casing is mounted on hot-air blower, heat
Wind outlet and corresponding hot wind inlet by the connection of the hot blast conveying pipe road of peripheral hardware, the air inlet of hot wind inlet and corresponding hot-air blower
Mouth connects, and the gas outlet of hot-air blower forms air circulation with the inner chamber of the high temperature section of respective side high temperature recovery area casing, makes hot blast
The attachment structure of import, hot-blast outlet and hot-air blower forms hot air circulation loop and forms hot-air screen in corresponding high temperature section.
Ultrasonic atomizatio metal pretreating device the most according to claim 1, it is characterised in that: at the top of Wu Tu district casing also
Being provided with multiple venting, be provided with an explosion-proof lid in each venting position, explosion-proof lid is passed through with corresponding venting
Gasket seal is formed and is in sealing contact.
Ultrasonic atomizatio metal pretreating device the most according to claim 1, it is characterised in that: described recovery segregation apparatus includes
Air exhauster and collection box, be provided with air inlet and gas outlet on collection box, the air inlet of air exhauster and respective side high temperature recovery area
The mist of casing is coated with dielectric film filter mouth and connects, and the gas outlet of air exhauster is connected with the air inlet of collection box, the gas outlet of collection box and
The gas returning port of respective side high temperature recovery area casing connects, and is disposed with the system of refrigeration coil, refrigeration coil and peripheral hardware in collection box
Cooling system connects.
Ultrasonic atomizatio metal pretreating device the most according to claim 1, it is characterised in that: arranged on left and right sides high temperature recovery area
The bottom surface of casing is higher than the end face of Wu Tu district casing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620763230.8U CN205815982U (en) | 2016-07-19 | 2016-07-19 | A kind of ultrasonic atomizatio metal pretreating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620763230.8U CN205815982U (en) | 2016-07-19 | 2016-07-19 | A kind of ultrasonic atomizatio metal pretreating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205815982U true CN205815982U (en) | 2016-12-21 |
Family
ID=57562466
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620763230.8U Withdrawn - After Issue CN205815982U (en) | 2016-07-19 | 2016-07-19 | A kind of ultrasonic atomizatio metal pretreating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205815982U (en) |
-
2016
- 2016-07-19 CN CN201620763230.8U patent/CN205815982U/en not_active Withdrawn - After Issue
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105944858B (en) | A kind of ultrasonic atomizatio metal pretreating device | |
| CN108405861A (en) | Powder cleaning device and powder method for cleaning for metal increasing material manufacturing equipment | |
| CN102728510B (en) | Device and method for spraying coating | |
| CN205815982U (en) | A kind of ultrasonic atomizatio metal pretreating device | |
| CN105149152A (en) | Dry type sedimentation type paint and mist separating device and application thereof | |
| CN206427294U (en) | A kind of pelletizing of carbon black packaging system and carbon black production system | |
| CN206430556U (en) | A kind of microwave smelting device cooled with dedusting | |
| CN103599861A (en) | Quick color-changing powder-supplying center with automatic powder barrel cleaning function | |
| CN107282358B (en) | A kind of linear type air pressure balanced-type ultrasonic atomizing device | |
| CN203578066U (en) | Quick color changing powder supply center with automatic powder barrel cleaning function | |
| CN207012580U (en) | A kind of spray drying device | |
| CN100358611C (en) | Waste gas atomization absorption treatment device | |
| CN107497616A (en) | A kind of dusting device of smoke exhaust ventilator workpiece | |
| CN212467505U (en) | Chemical industry high temperature waste gas dust removal sulphur removal device | |
| CN207203695U (en) | It is a kind of to be used to paint the dust arrester that slag for comprehensive utilizes processing unit broken process | |
| CN106835254A (en) | A kind of piston rod chromium plating production line chromium mist recovery system | |
| CN207695054U (en) | The easily pipe plastic coating system of spraying inside and outside one-step solidification | |
| CN206867965U (en) | React fluidized system and the flow-guiding type rotating circulating fluidized bed desulfurizing device containing it | |
| CN206724641U (en) | A kind of drying box device of honeycomb metal ingredient mass | |
| CN205074158U (en) | Formula coating cloud separator and painting system are subsided to dry -type | |
| CN201997416U (en) | Plane reciprocating coating production line | |
| CN206045672U (en) | The filter mechanism of dusty spray retracting device | |
| CN206352977U (en) | A kind of desulphurization system produced for waste aluminum on smelting system | |
| CN214320675U (en) | Device is paintd to zip fastener head waterborne protection lubricating coating | |
| CN207856592U (en) | A kind of sugaring workshop boiler waste gas treating device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161221 Effective date of abandoning: 20180921 |
|
| AV01 | Patent right actively abandoned |