CN208378974U - Paint finishing - Google Patents
Paint finishing Download PDFInfo
- Publication number
- CN208378974U CN208378974U CN201820796677.4U CN201820796677U CN208378974U CN 208378974 U CN208378974 U CN 208378974U CN 201820796677 U CN201820796677 U CN 201820796677U CN 208378974 U CN208378974 U CN 208378974U
- Authority
- CN
- China
- Prior art keywords
- cabin
- workpiece
- sealing cabin
- sealing
- gas
- 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.)
- Active
Links
Landscapes
- Nozzles (AREA)
- Spray Control Apparatus (AREA)
Abstract
The utility model discloses a kind of paint finishings, comprising: sealing cabin；Spray gun is arranged on sealing cabin, for carrying out spraying operation to workpiece；Automatic control system, for controlling Workpiece painting process；Wherein, automatic control system includes gas-detecting device, is arranged on sealing cabin, for the gas content inside real-time detection sealing cabin.Above-mentioned paint finishing is equipped with automatic control system, can accurately control to the state during Workpiece painting, and integration degree is higher, can realize automation control by Ethernet, guarantee the stable operation of paint finishing.Gas-detecting device is equipped in automatic control system, it being capable of gas content inside real-time detection sealing cabin, gas content is unable to control during solving the problems, such as target rotary spraying, ensure the workpiece stability and consistency during sputter coating, so that gas content meets production requirement in workpiece, to obtain the high sputtering coating target of coating quality.
Description
Technical field
The utility model relates to spraying technology fields, more particularly to a kind of paint finishing.
Background technique
Spraying process can be realized the purpose that sputter coating is carried out to target, to obtain the sputter coating for meeting industrial requirement
Target.With the demand of industrial development, the quality requirement of sputtering coating target is also higher and higher, therefore, in spraying process, needs
Want the gas content of strict control target.
Target, is generally placed on lathe by traditional paint finishing, is carried out under atmospheric environment using atmospheric plasma
Rotary spraying production.Alternatively, using high vacuum cabin during carrying out sputter coating to target, it is filled with inert gas progress
React plated film.
But in spraying process, the gas content in target is unable to control, to influence the normal behaviour of sputter coating
Make, be easy to cause jump target, sputtered layer color difference, sputtering power unstable and target as sputter uses the consequences such as uneven.
Utility model content
Based on this, it is necessary to for the problem that in spraying process, the gas content in target is unable to control, provide one kind
Paint finishing.
A kind of paint finishing, comprising: sealing cabin；Spray gun is arranged on the sealing cabin, and the spray gun has direction
Pipette tips inside the sealing cabin, for carrying out spraying operation to workpiece；Automatic control system, for controlling Workpiece painting
Process；Wherein, the automatic control system includes gas-detecting device, is arranged on the sealing cabin, for examining in real time
Survey the gas content inside the sealing cabin.
Above-mentioned paint finishing is equipped with automatic control system, can accurately be controlled to the state during Workpiece painting
System, integration degree is higher, can realize automation control by Ethernet, guarantee the stable operation of paint finishing.Automation
Gas-detecting device is equipped in control system, can gas content inside real-time detection sealing cabin, such as nitrogen, oxygen
Deng gas content is unable to control during solving the problems, such as target rotary spraying, it is ensured that the workpiece during sputter coating is stablized
Property and consistency, so that gas content meets production requirement in workpiece, to obtain the high sputtering coating target of coating quality.
Admission line is equipped with inside the sealing cabin in one of the embodiments, the admission line is for supplementing
Inert gas；Dedusting air hose is additionally provided with inside the sealing cabin, the dedusting air hose is connected to deduster.
Above-mentioned admission line controls the gas content inside sealing cabin for topping up；The connection of dedusting air hose
Guarantee sealing cabin institute for cleaning out the impurity generated in spraying process and the powder not melted in time to deduster
The working environment needed.
It is equipped with air draft pipe inside the sealing cabin in one of the embodiments, the air draft pipe is connected to institute
State gas-detecting device.
Air draft pipe is equipped with inside above-mentioned sealing cabin, air draft pipe is connected to gas-detecting device, can extract sealing
Gas inside cabin, is supplied to gas-detecting device, carries out the detection of gas content, to judge the intracorporal gas of sealed compartment
Whether content, which needs, is adjusted, the control such as miscellaneous dirt, powder that the inert gas and cleaning shaft supplemented in conjunction with admission line removes
Gas content size inside sealing cabin processed.
In one of the embodiments, the automatic control system be equipped with touch screen and control cabinet, the touch screen and
Control cabinet is mounted on the bracket outside the sealing cabin.
Above-mentioned touch screen can directly be manipulated according to production requirement by operator, connect Ethernet by control cabinet
Auto-control control system realizes intelligence, and simplifies operating system.
In one of the embodiments, the sealing cabin include dismantle cabin, with it is described disassembly cabin connect work chamber, and
The mobile cabin of the work chamber connection, and the centerline for dismantling cabin, work chamber, mobile cabin is in same horizontal line；Wherein,
The spray gun is arranged on the work chamber, and the gas-detecting device is arranged on the mobile cabin.
Above-mentioned sealing cabin is made of disassembly cabin, work chamber and mobile cabin, more compact in topology layout, is being sealed
When the disassembly and installation of cabin internal component, simpler convenience.
The disassembly cabin is also connected with Transmission Room far from one end of the work chamber in one of the embodiments, described
Transmission shaft is equipped with inside Transmission Room, the transmission shaft can be realized with workpiece and is detachably connected.
For transmission shaft to be arranged, transmission shaft can be detachably connected above-mentioned Transmission Room with workpiece, pass through the rotation of transmission shaft
Turn and mobile, to realize the rotation and movement of workpiece.
It is additionally provided with first servo motor inside the Transmission Room in one of the embodiments, with the transmission axis connection
To control the rotation of the transmission shaft；The second servo motor is additionally provided with inside the Transmission Room, with the transmission axis connection to control
Make the movement of the transmission shaft.
Above-mentioned first servo motor and the second servo motor can realize the rotation and movement of transmission shaft respectively, be transmission shaft
Work provide power source.
It in one of the embodiments, further include track, the track extends to described from head end inside the Transmission Room
Sealing cabin inside end；The track is equipped with the first trolley, and to support the transmission shaft, the track is additionally provided with the second trolley
With third trolley, to support workpiece.
Above-mentioned track runs through Transmission Room and sealing cabin, and track is equipped with the first trolley, to support the movement of transmission shaft；Rail
Road is equipped with the second trolley and third trolley, to support the movement of workpiece.By being arranged trolley in orbit, realize transmission shaft and
The movement of workpiece.
The disassembly cabin is equipped with disassembly mouth, the disassembly close to the position of the work chamber in one of the embodiments,
Mouth is sealed using sealing strip.
Above-mentioned disassembly mouth is detachably connected for realizing transmission shaft and workpiece, before spray coating operations start, the second trolley and
Workpiece is transported at disassembly mouth by third trolley, and workpiece and transmission shaft are connected and fixed；After spray coating operations, the second trolley and
Workpiece is transported at disassembly mouth by third trolley, the connection relationship of workpiece and transmission shaft is released, then workpiece is transported to handling
Mouthful.Disassembly mouth is sealed using sealing strip, guarantees the leakproofness of sealing cabin.
Temperature measurer is installed above the disassembly mouth in one of the embodiments, is pacified close to the position of the temperature measurer
Equipped with calibrator.
Above-mentioned temperature measurer depends on automatic control system, is capable of the spraying temperature of real-time monitoring workpiece, feeds back and show
On the touch screen of automatic control system；Calibrator equally depends on automatic control system, is capable of real-time monitoring workpiece
Coating thickness, on the touch screen for feeding back and being shown in automatic control system.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment.
Wherein: 100, paint finishing 110, sealing cabin 112, disassembly cabin
114, work chamber 116, mobile cabin 120, spray gun
130, Transmission Room 132, transmission shaft 134, first servo motor
136, the second servo motor 140, gas-detecting device
142, touch screen 150, loading hatch 152, disassembly mouth
160, temperature measurer 162, calibrator 170, drag chain
180, square steel
Specific embodiment
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, with reference to the accompanying drawing to this
The specific embodiment of utility model is described in detail.Many details are explained in the following description in order to abundant
Understand the utility model.But the utility model can be implemented with being much different from other way described herein, this field
Technical staff can do similar improvement without prejudice to the utility model connotation, therefore the utility model is not by following public affairs
The limitation for the specific embodiment opened.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein includes
Any and all combinations of one or more related listed items.
With reference to Fig. 1, the utility model discloses a kind of paint finishings 100, comprising: sealing cabin 110；Spray gun 120, setting
On sealing cabin 110, spray gun 120 has towards the pipette tips inside sealing cabin, for carrying out spraying operation to workpiece；Automatically
Networked control systems, for controlling Workpiece painting process；Wherein, automatic control system includes gas-detecting device 140, and setting exists
On sealing cabin 110, for the gas content inside real-time detection sealing cabin 110.
Sealing cabin 110 is made of circular stainless steel hollow pipe, is generally welded using double layer hollow pipeline cabin,
Form sealing cabin 110.Waterway circulating mode is used in sealing cabin 110, is cooled down by water pump pipeline, to guarantee spray gun
120 high temperature generated in spraying process will not cause cause thermal damage to sealing cabin 110.Sealing cabin 110 ensure that spraying
Working environment in the process is not interfered by extraneous factor, provides good painting environments.In a specific embodiment, close
The diameter of batten down body 110 is 800mm, length 12m.Certainly, the size of sealing cabin 110 is not limited by the present embodiment.
Spray gun 120 selects plasma gun, alignment pieces center.Wherein, spray gun 120 is fixed on close by flanged joint
On batten down body 110, the distance controlling of muzzle and workpiece in 120mm~150mm, certain distance be it is adjustable, working condition is also
The leakproofness of sealing cabin 110 is kept, to guarantee the quality of spraying and the stationarity of spraying process.
Automatic control system may include circulation, dust pelletizing system, transmission system, plasma spray system, send
Powder system, cabin cooling system, gas detecting system, system for detecting temperature and coat thickness detection system etc. realize height
It is integrated, facilitate any process in control spraying process, temperature, thickness and gas content etc. are accurately controlled, guarantees
Stability in spraying process improves the coating quality of workpiece.
Gas-detecting device 140 can gas content, such as nitrogen, oxygen etc. inside real-time detection sealing cabin 110,
It is sprayed to accurately control the gas content inside sealing cabin 110 so that gas content meets production requirement in workpiece
Apply the high film coating sputtering target of quality.
In specific spraying process, first workpiece is placed into inside sealing cabin 110, is carried out using spray gun 120 to work
Part spraying, according to the gas content inside 140 real-time detection sealing cabin 110 of gas-detecting device, to carry out subsequent adjustment.
Signified workpiece in the utility model carries out the target of spraying sputtering, sputtering plating is obtained after spraying sputtering
Film target, such as molybdenum target material, silicon target, nickel target, zinc target etc., are not limited by embodiment in the utility model.
Above-mentioned paint finishing 100 is equipped with automatic control system, can carry out to the state during Workpiece painting accurate
Ground control, integration degree is higher, can realize automation control by Ethernet, guarantee the stable operation of paint finishing 100.
Gas-detecting device 140 is equipped in automatic control system, can gas content inside real-time detection sealing cabin 110, example
Such as nitrogen, oxygen, gas content is unable to control during solving the problems, such as target rotary spraying, it is ensured that during sputter coating
Workpiece stability and consistency so that gas content meets production requirement in workpiece, to obtain the high sputtering plating of coating quality
Film target.
In one embodiment, admission line is equipped with inside sealing cabin 110, admission line is used for topping up；
Dedusting air hose is additionally provided with inside sealing cabin 110, dedusting air hose is connected to deduster.According to the detection of gas-detecting device 140
As a result, carrying out adjustment appropriate to the gas content inside sealing cabin 110.Admission line is controlled for topping up
Gas content inside sealing cabin 110.The underface of spray gun 120 is arranged in dedusting air hose, and dedusting air hose is connected to deduster,
Automatic control system controls the start and stop of deduster, the air draught ability of Frequency Converter Control deduster, for will produce in spraying process
Raw impurity and the powder not melted are cleaned out in time, guarantee working environment required for sealing cabin 110.It is specific at one
Embodiment in, admission line diameter is set as 8mm, positioned at the surrounding of spray gun 120.
Further, air draft pipe is equipped with inside sealing cabin 110, air draft pipe is connected to gas-detecting device 140.It is close
Air draft pipe is equipped with inside batten down body 110, air draft pipe is connected to gas-detecting device 140, can extract in sealing cabin 110
The gas in portion is supplied to gas-detecting device 140, carries out the detection of gas content, to judge the gas in sealing cabin 110
Whether content, which needs, is adjusted, the control such as miscellaneous dirt, powder that the inert gas and cleaning shaft supplemented in conjunction with admission line removes
Gas content size inside sealing cabin 110 processed.In a specific embodiment, the diameter of air draft pipe is set as 2mm.
In one embodiment, automatic control system is equipped with touch screen 142 and control cabinet, touch screen 142 and control cabinet
It is mounted on the bracket outside sealing cabin 110.Control cabinet uses PLC controller, and realization automation is connect with Industrial Ethernet
Control.Touch screen 142 can directly be manipulated according to production requirement by operator, connect Ethernet control by control cabinet
Automatic control system, such as circulation, dust pelletizing system, transmission system, plasma spray system, powder feed system, cabin
Cooling system, gas detecting system, system for detecting temperature and coat thickness detection system etc. are realized intelligence, and are simplified
Operating system.
In one embodiment, sealing cabin 110 include disassembly cabin 112, with disassembly cabin 112 connect work chamber 114, and
The mobile cabin 116 that work chamber 114 connects, and the centerline in cabin 112, work chamber 114, mobile cabin 116 is dismantled in same level
Line；Wherein, spray gun 120 is arranged inside work chamber 114, and the setting of gas-detecting device 140 is inside mobile cabin 116.Specifically,
Dismantle the disassembly that cabin 112 is used for workpiece.Work chamber 114 is used for the spraying process of workpiece, and work chamber 114 is by double-layer hollow pipe structure
At the mechanical strength of increase work chamber 114.Mobile cabin 116 is used for the transport of workpiece.Between disassembly cabin 112 and work chamber 114,
It is all made of sealing ring sealing between work chamber 114 and mobile cabin 116, is tightly connected by screwed lock padlock.Spray gun 120 is arranged in work
The by-level position for making cabin 114, is fixed on work chamber 114 by flange.The setting of gas-detecting device 140 is in mobile cabin
116, avoid spray gun 120 from damaging gas-detecting device 140 in spraying process.Sealing cabin 110 is by dismantling cabin 112, work chamber
114 form with mobile cabin 116, more compact in topology layout, in the disassembly and installation for being sealed 110 internal component of cabin
When, simpler convenience.
In one embodiment, disassembly cabin 112 is also connected with Transmission Room 130, Transmission Room far from one end of work chamber 114
130 inside are equipped with transmission shaft 132, and transmission shaft 132 can be realized with workpiece and is detachably connected.Transmission shaft 132 is contacted with disassembly cabin 112
Part be sealed using adjustable water seal, to guarantee that transmission shaft 132 is close when subtle bounce in mobile and rotary course
Feng Xing.For transmission shaft 132 to be arranged, transmission shaft 132 can be detachably connected Transmission Room 130 with workpiece, pass through transmission shaft 132
Rotation and movement, to realize the rotation and movement of workpiece.
Further, it is additionally provided with first servo motor 134 inside Transmission Room 130, is connect with transmission shaft 132 to control transmission
The rotation of axis 132；It is additionally provided with the second servo motor 136 inside Transmission Room 130, is connect with transmission shaft 132 to control transmission shaft 132
Movement.First servo motor 134 and the second servo motor 136 can realize the rotation and movement of transmission shaft 132 respectively, to pass
The work of moving axis 132 provides power source.Automatic control system can control the reciprocating motion of transmission shaft 132, to reach
Control the purpose of the range of spraying area and the coating layer thickness of workpiece.
Specifically, first servo motor 134 drives belt pulley to carry out rotation control by belt using 3kw servo motor,
It is equipped with rotary inductive detection device on the transmission shaft 132 close to belt pulley, the sensitive time is arranged by automatic control system
Incude to control, to achieve the purpose that detect whether workpiece is being rotated.Second servo motor 136 is using 3kw servo electricity
Machine band moving gear carries out mobile control, belt lateral arrangement by belt, and perimeter length is chosen as 24m, passes through automation control
System be arranged the sensitive time come control induction, thus achieve the purpose that detect workpiece whether carry out it is mobile.In addition, in Transmission Room
Inside 130, starting point and clearing end in the removable range of transmission shaft 132 are equipped with close to switch, to judge transmission shaft 132
Movement whether reach capacity position, so that the movement for controlling transmission shaft 132 meets job requirement.
It further, further include track, track extends to 110 inside end of sealing cabin from 130 inside head end of Transmission Room；
Track is equipped with the first trolley, and to support transmission shaft 132, track is additionally provided with the second trolley and third trolley, to support workpiece.Track
Two are set as, Transmission Room 130 and sealing cabin 110 are run through, is i.e. track sequentially passes through Transmission Room 130, disassembly cabin 112, work chamber
114 and mobile cabin 116.Track is equipped with the first trolley, to support the movement of transmission shaft 132；Track be equipped with the second trolley and
Third trolley, to support the movement of workpiece.Trolley is equipped with the bearing of supporting role, by the way that trolley is arranged in orbit, realizes
The movement of transmission shaft 132 and workpiece.Certainly, the quantity of trolley is not limited by the present embodiment, can be set according to specific work process
Determine the quantity of trolley.
In specific spraying process, transmission shaft 132 connects workpiece, and workpiece is driven to move back and forth in work chamber 114, but
It is that transmission shaft 132 does not exceed the position of spray gun 120.Observation is equipped in the oblique upper position that spray gun 120 is arranged in work chamber 114
Window, for observing the spraying situation of workpiece in work chamber 114.In addition, sealing cabin 110 and Transmission Room 130 using square steel 180 or
I-shaped bracing members, and it is furnished with height adjusting valve on square steel 180 or I-steel.Sealing cabin 110 is controlled by height adjusting valve
With the height of Transmission Room 130, while also guarantee transmission shaft 132 and track level, but also transmission shaft 132 can with workpiece reality
Now it is detachably connected.
Further, admission line is arranged inside work chamber 114, and dedusting air hose is also disposed inside work chamber 114.Into
Feed channel and dedusting air hose are attached via work chamber 114, disassembly cabin 112 and Transmission Room 130 with outside.Air draft pipe setting
It inside mobile cabin 116, is attached with gas-detecting device 140, reduces the influence to 114 working space of work chamber.This reality
Apply example coordination more compact in overall structure.
In one embodiment, it is equipped with the loading hatch 150 for being used for work-handling in the end in mobile cabin 116, used
Sealing ring is sealed.Before spray coating operations start, workpiece enters in mobile cabin 116 from loading hatch 150, and it is small to be fixed on second
On vehicle and third trolley, it is transported to and 132 junction of transmission shaft.After spray coating operations terminate, workpiece is transported to loading hatch
150, the workpiece after being sprayed.
Further, disassembly cabin 112 is equipped with disassembly mouth 152 close to the position of work chamber 114, and disassembly mouth 152 is using sealing
Item is sealed.Disassembly mouth 152 is detachably connected for realizing transmission shaft 132 and workpiece, and before spray coating operations start, second is small
Workpiece is transported at disassembly mouth 152 by vehicle and third trolley, and workpiece and transmission shaft 132 are connected and fixed；After spray coating operations,
Workpiece is transported at disassembly mouth 152 by the second trolley and third trolley, and the connection relationship of workpiece and transmission shaft 132 is released, then
Workpiece is transported to loading hatch 150.Disassembly mouth 152 is sealed using sealing strip, guarantees the leakproofness of sealing cabin 110.
Further, it dismantles above mouth 152 and temperature measurer 160 is installed, the position close to temperature measurer 160 is equipped with calibrator
162.Temperature measurer 160 depends on automatic control system, is capable of the spraying temperature of real-time monitoring workpiece, feeds back and is shown in automatic
On the touch screen 142 of networked control systems.Calibrator 162 equally depends on automatic control system, is capable of real-time monitoring workpiece
Coating thickness, on the touch screen 142 for feeding back and being shown in automatic control system.
In one embodiment, automatic control system includes circulation, for controlling the temperature of workpiece.Specifically
Ground, transmission shaft 132 are hollow structure, and inside is equipped with a water inlet metal hose and a flexible metal pipe as outlet, is connected to workpiece,
Using with into the spraying temperature of workpiece is controlled by the way of going out, so that the workpiece in spraying process is not easy to crack.Two metals are soft
The pipeline of the piping connection of pipe and circulation, circulation is arranged in drag chain 170, can be moved in real time.Separately
Outside, the cable of first servo motor 134 and the second servo motor 136 is also disposed in drag chain 170.
Two specific embodiments are provided below to be illustrated the course of work of the utility model paint finishing 110.
In a specific embodiment one, molybdenum target material is sprayed: being measured first using EGA (elemental gas analytic approach) method
The oxygen content of molybdenum powder is 160ppm before spraying.Be first turned on the loading hatch 150 in mobile cabin 116, by a root long degree be 500mm,
Diameter is that the stainless steel tube of 133mm is fixed using special fixture, is mounted on the first trolley and the second trolley, with transmission shaft
132 connections.Then, setting workpiece rotation parameter is 300r/min, and it is 2m/min that workpiece, which moves back and forth speed, and setting workpiece is cooling
Water temperature is 40 DEG C, and deduster frequency is 40HZ, and 114 cooling water pressure of work chamber is 0.6MPa, the plasma gun of work chamber 114
Surrounding is arranged the hole that 6 diameters are 8mm and supplements argon gas, pressure 0.4MPa.The spray voltage of plasma gun is 100 ± 5V,
Electric current is 500 ± 10A, and plasma working gas is argon gas, and powder feeding pressure is 0.5MPa, powder feed rate 6kg/h, spray time
For 2h.Equipment is gradually successively opened using automatic control system sprays workpiece.Live real-time display temperature is 40 ± 1 DEG C, real
When show in sealing cabin 110 that oxygen content is 200ppm.When real-time display coating thickness is 4mm, spraying is completed, cold to workpiece
But, from disassembly mouth 152 release workpiece and transmission shaft 132 connection relationship, take out workpiece send third party detection oxygen content be
220ppm。
In a specific embodiment two, silicon target is sprayed: being measured first using EGA (elemental gas analytic approach) method
The oxygen content of Si powder is 5000ppm before spraying.Be first turned on the loading hatch 150 in mobile cabin 116, by a root long degree be 500mm,
Diameter is that the stainless steel tube of 133mm is fixed using special fixture, is mounted on the first trolley and the second trolley, with transmission shaft
132 connections.Then, setting workpiece rotation parameter is 250r/min, and it is 1.5m/min that workpiece, which moves back and forth speed, and setting workpiece is cold
But water temperature is 40 DEG C, and deduster frequency is 40HZ, and 114 cooling water pressure of work chamber is 0.6MPa, the plasma spray of work chamber 114
The hole that 6 diameters are 8mm is set around rifle and supplements argon gas, pressure 0.35MPa.The spray voltage of plasma gun be 95 ±
5V, electric current are 500 ± 10A, and plasma working gas is argon gas, and powder feeding pressure is 0.5MPa, powder feed rate 6kg/h, spraying
Time is 2h.Equipment is gradually successively opened using automatic control system sprays workpiece.Live real-time display temperature is 40 ± 1
DEG C, oxygen content is 450ppm in real-time display sealing cabin 110.When real-time display coating thickness is 3.5mm, spraying is completed, to
Workpiece is cooling, and the connection relationship of workpiece and transmission shaft 132 is released from disassembly mouth 152, takes out workpiece and third party is sent to detect oxygen content
For 6000ppm.
Paint finishing 100 disclosed in the utility model be equipped with automatic control system, can be to Workpiece painting during
State accurately controlled, integration degree is higher, can pass through Ethernet realize automation control, guarantee paint finishing
100 stable operation.Gas-detecting device 140 is equipped in automatic control system, it can be inside real-time detection sealing cabin 110
Gas content, such as nitrogen, oxygen etc., gas content is unable to control during solving the problems, such as target rotary spraying, it is ensured that
Workpiece stability and consistency during sputter coating, so that gas content meets production requirement in workpiece, to be sprayed
The high sputtering coating target of quality.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of paint finishing characterized by comprising
Sealing cabin；
Spray gun is arranged on the sealing cabin, and the spray gun has towards the pipette tips inside the sealing cabin, for work
Part carries out spraying operation；
Automatic control system, for controlling Workpiece painting process；
Wherein, the automatic control system includes gas-detecting device, is arranged on the sealing cabin, and real-time detection is used for
Gas content inside the sealing cabin.
2. paint finishing according to claim 1, which is characterized in that be equipped with admission line, institute inside the sealing cabin
Admission line is stated for topping up；Dedusting air hose is additionally provided with inside the sealing cabin, the dedusting air hose is connected to
Deduster.
3. paint finishing according to claim 2, which is characterized in that it is additionally provided with air draft pipe inside the sealing cabin,
The air draft pipe is connected to the gas-detecting device.
4. paint finishing according to claim 1, which is characterized in that the automatic control system is equipped with touch screen and control
Case processed, the touch screen and control cabinet are mounted on the bracket outside the sealing cabin.
5. paint finishing according to claim 1, which is characterized in that the sealing cabin includes dismantling cabin, tearing open with described
The work chamber for unloading cabin connection, the mobile cabin being connect with the work chamber, and the center line for dismantling cabin, work chamber, mobile cabin
In same horizontal line；Wherein, the spray gun is arranged on the work chamber, and the gas-detecting device is arranged in the movement
On cabin.
6. paint finishing according to claim 5, which is characterized in that the described disassembly one end of cabin far from the work chamber is also
It is connected with Transmission Room, transmission shaft is equipped with inside the Transmission Room, the transmission shaft can be realized with workpiece and is detachably connected.
7. paint finishing according to claim 6, which is characterized in that be additionally provided with the first servo electricity inside the Transmission Room
Machine controls the rotation of the transmission shaft with the transmission axis connection；The second servo motor is additionally provided with inside the Transmission Room, with
It is described to be driven axis connection to control the movement of the transmission shaft.
8. paint finishing according to claim 6, which is characterized in that further include track, the track is from the Transmission Room
Internal head end extends to the sealing cabin inside end；The track is equipped with the first trolley, described to support the transmission shaft
Track is additionally provided with the second trolley and third trolley, to support workpiece.
9. paint finishing according to claim 5, which is characterized in that the disassembly cabin is set close to the position of the work chamber
There is disassembly mouth, the disassembly mouth is sealed using sealing strip.
10. paint finishing according to claim 9, which is characterized in that temperature measurer is installed above the disassembly mouth, it is close
The position of the temperature measurer is equipped with calibrator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820796677.4U CN208378974U (en) | 2018-05-25 | 2018-05-25 | Paint finishing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820796677.4U CN208378974U (en) | 2018-05-25 | 2018-05-25 | Paint finishing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208378974U true CN208378974U (en) | 2019-01-15 |
Family
ID=64972032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820796677.4U Active CN208378974U (en) | 2018-05-25 | 2018-05-25 | Paint finishing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208378974U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108504982A (en) * | 2018-05-25 | 2018-09-07 | 基迈克材料科技（苏州）有限公司 | Paint finishing |
-
2018
- 2018-05-25 CN CN201820796677.4U patent/CN208378974U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108504982A (en) * | 2018-05-25 | 2018-09-07 | 基迈克材料科技（苏州）有限公司 | Paint finishing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102974492B (en) | A kind of inwall automatic spray-paint device | |
| CN104941851B (en) | Cleaning robot system and cleaning method and paint robot system and coating process | |
| CN102371220B (en) | Flexible high-efficiency automatic spray-coating system and spray-coating process of big wheel tractor chassis | |
| CN111408494B (en) | Rail type spraying robot | |
| CN110314792B (en) | Spraying method of automatic spraying unit for workpiece with long and thin structure | |
| CN208378974U (en) | Paint finishing | |
| CN108504982A (en) | Paint finishing | |
| CN102266827A (en) | Vertically lifting type antifreeze solution spraying device and use method thereof | |
| WO2021179659A1 (en) | Workpiece spraying device | |
| CN106166523A (en) | Application reciprocating engine control system and control method | |
| CN205437425U (en) | Oxy -acetylene flame surfacing automatic spraying device | |
| CN111139420A (en) | Intelligent thermal spraying device | |
| CN110090756A (en) | A kind of hanging revolving radio beacon automatic painting system | |
| CN114618720A (en) | Local coating repairing equipment and repairing method for airplane parts | |
| CN202387626U (en) | Intermittent lubricant spraying machine | |
| CN210700806U (en) | Automatic spraying production line for workpieces with long and thin structures | |
| CN106950909A (en) | A kind of automatically electrostatic spray control system and automatic painting method | |
| CN208512851U (en) | A kind of planer-type automatic sand blasting spray equipment for large-scale steel structure surface | |
| CN206028033U (en) | Intelligence spraying production line | |
| CN106140546B (en) | Intelligent spraying production line | |
| CN212741500U (en) | Intelligent thermal spraying device | |
| CN110237973B (en) | Application method of automatic spraying production line for workpieces with slender structures | |
| CN206661534U (en) | Integrated applied to gearbox spray robot | |
| CN112808498A (en) | High-precision crawler horizontal paint spraying robot | |
| CN219836700U (en) | Paint operation trolley for pipeline inner wall construction |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |