CN206951750U - A kind of LCD glass screens cleaning machine - Google Patents
A kind of LCD glass screens cleaning machine Download PDFInfo
- Publication number
- CN206951750U CN206951750U CN201720402432.4U CN201720402432U CN206951750U CN 206951750 U CN206951750 U CN 206951750U CN 201720402432 U CN201720402432 U CN 201720402432U CN 206951750 U CN206951750 U CN 206951750U
- Authority
- CN
- China
- Prior art keywords
- rinse bath
- lcd glass
- cleaning
- rinse
- frame
- 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
- Cleaning By Liquid Or Steam (AREA)
Abstract
The utility model discloses a kind of LCD glass screens cleaning machine, including frame, controller and some cell bodies in frame, some cell bodies include soaking compartment, the first rinse bath, the second rinse bath, the 3rd rinse bath, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 7th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath；Lifting support frame is respectively equipped with first rinse bath, the second rinse bath, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath；It is respectively equipped with first rinse bath, the second rinse bath, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath and the tenth rinse bath to ultrasonic wave mechanism of shaking.The utility model can realize that whole cleaning process is easy to control, and cleaning cost is low, improve LCD glass screen cleaning degree, and cleaning is thorough, effect is good, improves LCD glass screen yields.
Description
Technical field
It the utility model is related to glass cleaning field, more particularly to a kind of LCD glass screens cleaning machine.
Background technology
Thin film transistor liquid crystal display TFT-LCD uses anisotropic conductive film ACF and hot pressing Welding by integrated circuit
IC is mounted on the glass substrate of display screen, so as to reduce small product size, improve packing density, reduce cost, realizes scale
Production.
Glass screen needs to clean its surface before IC is mounted, moreover, IC is scrapped sometimes,
But glass screen is still intact, it should dismantle glass screen to play its value, and remained on glass screen many liquid crystal, impurity with
Dust etc., therefore be also required to clean glass screen surfaces.
And existing glass cleaning machine, not only cleaning process is complicated, and process is difficult to control, and cleaning cost is high, and cleans
It is ineffective.
Utility model content
For above-mentioned deficiency, the purpose of this utility model is to provide a kind of LCD glass screens cleaning machine, realizes cleaning process
Easy to control, cleaning cost is low, improves LCD glass screen cleaning degree, and cleaning is thorough, effect is good, improves LCD glass screen non-defective units
Rate.
The utility model is that technical scheme is used by reaching above-mentioned purpose：
A kind of LCD glass screens cleaning machine, it is characterised in that including frame, the controller being arranged in frame and be arranged at
Some cell bodies in frame, wherein, some cell bodies include soaking compartment, the first rinse bath, the second rinse bath, the 3rd rinse bath,
4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 7th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath
With the 11st rinse bath；First rinse bath, the second rinse bath, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 8th
A lifting support frame, and the lifting branch are respectively arranged with rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath
Support is connected in frame by a lift drive mechanism；It is first rinse bath, the second rinse bath, the 4th rinse bath, the 5th clear
A pair of ultrasonic drilling machines that shake are respectively arranged with washing trough, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath and the tenth rinse bath
Structure；A spraying mechanism is respectively arranged with 3rd rinse bath and the 7th rinse bath.
As further improvement of the utility model, first rinse bath, the second rinse bath, the 4th rinse bath, the 5th
Rinse bath, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath are connected to one
Liquid circulation groove, and be connected respectively by a drain pipe with a return duct；In first rinse bath, the second rinse bath, cleaning politics, economics, organization, and ideology
On washing trough, the 5th rinse bath, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath and
A filtration core is respectively arranged with positioned at backflow tube end；A circulating pump is connected with the return duct.
As further improvement of the utility model, the liquid circulation groove internal upper part is provided with gear liquid block, on this
Liquid circulation groove is divided into liquids recovery area and liquid circulation area by gear liquid block, and in the liquid circulation groove inner bottom part and upper gear liquid block
Flow channel for liquids is formed between lower end；It is connected on liquid circulation groove one end top and being offered positioned at liquids recovery area with drain pipe
A logical liquid inlet, and on the side top of liquid circulation groove one and offer a liquid outlet positioned at liquids recovery area；Described time
Flow tube is connected with liquid circulation groove, and is located at liquid circulation area.
As further improvement of the utility model, described pair of ultrasonic wave mechanism of shaking includes being arranged on the inwall of cell body one
First side ultrasonic wave portion and the second side ultrasonic wave portion being arranged on the relative another inwall of cell body, wherein, first side ultrasound
Ripple portion upper end and the second side ultrasonic wave portion upper end are connected in frame by connecting portion on one respectively.
As further improvement of the utility model, the lift drive mechanism includes the lifting driving being arranged in frame
Motor, it is connected to the lifting connecting rod for lifting motor end, the lifting guide pillar being arranged in frame and is movably set in liter
Drop guide pillar is peripheral and is connected to the lifting guide pin bushing of lifting connecting rod, wherein, the lifting connecting rod is connected with lifting support frame.
As further improvement of the utility model, a groove is respectively arranged with the 3rd rinse bath and the 7th rinse bath
Lid, the spraying mechanism are mainly made up of some spray nozzles being distributed on groove lid lower surface.
The beneficial effects of the utility model are：The LCD glass screen cleaning machines designed using special construction, it can be achieved LCD
Impurity, dust and residual liquid crystal on glass screen etc. wash completely.Using to ultrasonic wave mechanism of shaking, sent out from two relative sides
Go out ultrasonic wave and ul-trasonic irradiation is carried out to the LCD glass screens in cleaning basket, ultrasonic wave is applied to from side per a piece of LCD glass
On screen, solve conventionally employed bottom ul-trasonic irradiation mode, the problem of top is per a piece of LCD glass screens can not be applied to.Adopt
With environment-friendly cleaning agent, pollution is not present to environment and LCD glass screens.Realize that whole cleaning process is easy to control, cleaning cost is low,
LCD glass screen cleaning degree is improved, cleaning is thorough, effect is good, improves LCD glass screen yields.
Above-mentioned is the general introduction of utility model technical scheme, below in conjunction with accompanying drawing and embodiment, to the utility model
It is described further.
Brief description of the drawings
Fig. 1 is the front view of the utility model cleaning machine；
Fig. 2 is the side view of the utility model cleaning machine；
Fig. 3 is the structural representation of the utility model liquid circulation groove.
Embodiment
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose taken, below in conjunction with
Accompanying drawing and preferred embodiment, specific embodiment of the present utility model is described in detail.
Fig. 1 to Fig. 3 is refer to, the utility model embodiment provides a kind of LCD glass screens cleaning machine, including frame 1, setting
In the controller 2 in frame 1 and some cell bodies 3 being arranged in frame 1, wherein, some cell bodies 3 include soaking compartment, first
Rinse bath, the second rinse bath, the 3rd rinse bath, the 4th rinse bath 31, the 5th rinse bath 32, the cleaning of the 6th rinse bath the 33, the 7th
Groove 34, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath；First rinse bath, the second rinse bath,
4th rinse bath 31, the 5th rinse bath 32, the 6th rinse bath 33, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the tenth
A lifting support frame 5 is respectively arranged with one rinse bath, and the lifting support frame 5 is connected to machine by a lift drive mechanism 6
On frame 1；First rinse bath, the second rinse bath, the 4th rinse bath 31, the 5th rinse bath 32, the cleaning of the 6th rinse bath the 33, the 8th
A pair of ultrasonic wave mechanisms 7 of shaking are respectively arranged with groove, the 9th rinse bath and the tenth rinse bath；3rd rinse bath and the 7th cleaning
A spraying mechanism is respectively arranged with groove 34.
In the present embodiment, as shown in figure 3, first rinse bath, the second rinse bath, the 4th rinse bath the 31, the 5th are clear
Washing trough 32, the 6th rinse bath 33, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath are connected to the 11st rinse bath
One liquid circulation groove 10, and be connected respectively by a drain pipe 9 with a return duct 20；First rinse bath, the second rinse bath,
4th rinse bath 31, the 5th rinse bath 32, the 6th rinse bath 33, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the tenth
A filtration core is respectively arranged with one rinse bath and positioned at the end of return duct 20；A circulating pump 30 is connected with the return duct 20.
The internal upper part of liquid circulation groove 10 is provided with gear liquid block 101, keeps off liquid block 101 by liquid circulation groove 10 on this
Be divided into liquids recovery area 102 and liquid circulation area 103, and the inner bottom part of liquid circulation groove 10 and the upper lower end of gear liquid block 101 it
Between formed flow channel for liquids 104；On one end top of liquid circulation groove 10 and offered and drain pipe 9 positioned at liquids recovery area 102
The liquid inlet 105 being connected, and on the side top of liquid circulation groove 10 1 and offer one positioned at liquids recovery area 102 and go out
Liquid mouth 106；The return duct 20 is connected with liquid circulation groove 10, and is located at liquid circulation area 103.Pass through liquid circulation groove 10
Setting, liquid enter liquid circulation groove 10 liquids recovery area 102 after, the foam in liquid floats on the surface, from liquid outlet 106
Spill out, remaining liquid enters liquid circulation area 103 from flow channel for liquids 104, so that will by return duct 20 and circulating pump 30
Liquid circulation is back in corresponding cell body.
As shown in figure 1, described pair of ultrasonic wave mechanism 7 of shaking includes the first side ultrasonic wave portion being arranged on the inwall of cell body 3 one
71 and the second side ultrasonic wave portion 72 for being arranged on the relative another inwall of cell body 3, wherein, in the first side ultrasonic wave portion 71
End is connected in frame 1 by connecting portion 73 on one respectively with the upper end of the second side ultrasonic wave portion 72.Using first be oppositely arranged
Side ultrasonic wave portion 71 and the second side ultrasonic wave portion 72, ultrasonic wave is sent to the LCD glass screens in cleaning basket from two relative sides
Ul-trasonic irradiation is carried out, ultrasonic wave is applied to from side on per a piece of LCD glass screens, solves conventionally employed bottom ultrasonic wave
The mode of action, the problem of top is per a piece of LCD glass screens can not be applied to.
As shown in Fig. 2 the lift drive mechanism 6 include be arranged in frame 1 lifting motor 61, be connected to liter
The lifting connecting rod 62 of drop motor 61 end, the lifting guide pillar 63 being arranged in frame 1 and it is movably set in lifting guide pillar
63 lifting guide pin bushings 64 that are peripheral and being connected to lifting connecting rod 62, wherein, the lifting connecting rod 62 is connected with lifting support frame 5.
Meanwhile a groove lid is respectively arranged with the 3rd rinse bath and the 7th rinse bath 34, the spraying mechanism is main
It is made up of some spray nozzles being distributed on groove lid lower surface.
LCD glass screens cleaning machine provided by the utility model, using to ultrasonic wave mechanism 7 of shaking, sent out from two relative sides
Go out ultrasonic wave and ul-trasonic irradiation is carried out to the LCD glass screens in cleaning basket, ultrasonic wave is applied to from side per a piece of LCD glass
On screen, solve conventionally employed bottom ul-trasonic irradiation mode, the problem of top is per a piece of LCD glass screens can not be applied to.It is real
Now whole cleaning process is easy to control, and cleaning cost is low, improves LCD glass screen cleaning degree, and cleaning performance is good, improves LCD glass
Glass screen yields.
The present embodiment additionally provides the LCD glass screen cleaning methods realized using above-mentioned LCD glass screens cleaning machine, specific bag
Include following steps：
(1) total power switch is opened, and it is clear to open the first rinse bath, the second rinse bath, the 4th rinse bath the 31, the 5th successively
Washing trough 32, the 6th rinse bath 33, the 8th rinse bath, the 9th rinse bath, the heater switch of the tenth rinse bath and the 11st rinse bath,
Open the first rinse bath, the second rinse bath, the 4th rinse bath 31, the 5th rinse bath 32, the 6th rinse bath 33, the 8th rinse bath,
9th rinse bath and the tenth rinse bath to the power switch of ultrasonic wave mechanism 7 that shakes, open the 3rd rinse bath and the 7th rinse bath 34
Spraying mechanism switch；
(2) liquid feeding：2000-1A cleaning agents are poured slowly into soaking compartment；336A cleaning agents are poured slowly into the second cleaning
In groove, and the 336A cleaning agents in the second rinse bath are filled into the first rinse bath, in the first rinse bath and the second rinse bath
336A cleaning agents are in recurrent state；The 4th rinse bath 31 and the 5th cleaning will be poured into respectively after 112BQ cleaning agents and water proportioning
In groove 32；It is clear that pure water is poured slowly into the 6th rinse bath 33, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st
In washing trough, and the pure water in the 6th rinse bath 33 and the 8th rinse bath need to keep overflow situation；
(3) clean：Each cleaning basket equipped with LCD glass screens is sequentially placed into soaking compartment, the first rinse bath, the second cleaning
Groove, the 3rd rinse bath, the 4th rinse bath 31, the 5th rinse bath 32, the 6th rinse bath 33, the 7th rinse bath 34, the 8th rinse bath,
On lifting support frame 5 in 9th rinse bath, the tenth rinse bath and the 11st rinse bath, and follow lifting support frame 5 constantly on
Lower circulation is swung, and is soaked, ultrasonic wave, spray process, completes cleaning step；The step is constantly repeated, by equipped with different
The cleaning basket of LCD glass screens is sequentially placed into soaking compartment, the first rinse bath, the second rinse bath, the 3rd rinse bath, the 4th rinse bath
31st, the 5th rinse bath 32, the 6th rinse bath 33, the 7th rinse bath 34, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath with
In 11st rinse bath, the cleaning to different LCD glass screens is completed；
(4) all switches closed in step (1), then open respectively soaking compartment, the first rinse bath, the second rinse bath,
3rd rinse bath, the 4th rinse bath 31, the 5th rinse bath 32, the 6th rinse bath 33, the 7th rinse bath 34, the 8th rinse bath,
The draining switch of nine rinse baths, the tenth rinse bath and the 11st rinse bath, by the emptying rate of liquid in each groove, and by the first rinse bath
Reclaimed with the cleaning agent in the second rinse bath, the 4th rinse bath 31, the 5th rinse bath 32, the 6th rinse bath the 33, the 7th are cleaned
Cleaning agent in groove 34, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath is directly discharged into downcomer.
The step (3) specifically includes following steps：
(3.1) the cleaning basket equipped with LCD glass screens is put into soaking compartment, after soaking 4-6min at normal temperatures, will be equipped with
LCD glass screens clean basket handling to the lifting support frame 5 in the first rinse bath；The step is used to remove LCD glass screen tables
Face impurity；
(3.2) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 40KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 55 DEG C ± 5
DEG C water temperature, after maintaining 4-6min, cleaning basket handling that will be equipped with LCD glass screens is to the lifting support frame 5 in the second rinse bath
On；
(3.3) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 40KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 55 DEG C ± 5
DEG C water temperature, maintain 4-6min after, by the cleaning basket handling equipped with LCD glass screens into the 3rd rinse bath；Pass through step (3.2)
With (3.3), LCD glass screen surfaces and the liquid crystal in crack are dissolved；
(3.4) spray 4-6min is carried out to entering the LCD glass screens in the 3rd rinse bath, by the clear of LCD glass screen surfaces
Lotion washes, then, by the cleaning basket handling equipped with LCD glass screens to the lifting support frame 5 of the 4th rinse bath 31；
(3.5) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 40KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 45 DEG C ± 5
DEG C water temperature, after maintaining 4-6min, cleaning basket handling that will be equipped with LCD glass screens is to the lifting support frame in the 5th rinse bath 32
On 5；
(3.6) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 40KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 45 DEG C ± 5
DEG C water temperature, after maintaining 4-6min, cleaning basket handling that will be equipped with LCD glass screens is to the lifting support frame in the 6th rinse bath 33
On 5；By step (3.5) and step (3.6), it is combined using ultrasonic wave with 112BQ cleaning agents, will be after step (3.4)
The 2000-1A cleaning agents also remained on LCD glass screens are dissolved completely in water with 336A cleaning agents, while make LCD glass screen tables
Face is cleaned cleaner；
(3.7) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the chassis ultrasonication that line frequency is 68KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 55 DEG C ± 5 DEG C
Water temperature, maintain 4-6min after, by the cleaning basket handling equipped with LCD glass screens into the 7th rinse bath 34；
(3.8) spray 4-6min is carried out to entering the LCD glass screens in the 7th rinse bath 34, by LCD glass screen surfaces
Cleaning agent washes, then, by the cleaning basket handling equipped with LCD glass screens to the lifting support frame 5 in the 8th rinse bath；
(3.9) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 68KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 60 DEG C ± 5
DEG C water temperature, after maintaining 4-6min, cleaning basket handling that will be equipped with LCD glass screens is to the lifting support frame 5 in the 9th rinse bath
On；
(3.10) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 68KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 65 DEG C ± 5
DEG C water temperature, after maintaining 4-6min, will cleaning basket handling on the lifting support frame 5 in the tenth rinse bath；
(3.11) during the cleaning basket equipped with LCD glass screens follows lifting support frame 5 constantly to circulate swing up and down,
By entering the two side ultrasonications that line frequency is 68KHZ to LCD glass screens to shaking ultrasonic wave mechanism 7, and kept for 65 DEG C ± 5
DEG C water temperature, after maintaining 4-6min, cleaning basket handling that will be equipped with LCD glass screens is to the lifting support frame in the 11st rinse bath
On 5；
(3.12) the cleaning basket that LCD glass screens are housed follows the continuous circulation up and down of lifting support frame 5 to swing, and 75 DEG C of holding ±
10 DEG C of water temperature, after maintaining 4-6min, LCD glass screens are taken out by the way of drawing slowly, cleaning is completed.
In the step (3.3), after the cleaning basket in the second rinse bath is taken out, it is firstly placed on above the second rinse bath
On brandreth groove, cleaning fluid is allowed to be back in the second rinse bath, then handling is into the 3rd rinse bath；, will in the step (3.6)
When cleaning basket in 5th rinse bath 32 mentions six rinse baths 33, it is in 45 ° of inclinations angle that need to tiltedly be put in the inwall of the 6th rinse bath 33
Tiltedly put and stop 5-10s.
It is described above, only it is preferred embodiment of the present utility model, not technical scope of the present utility model is made
Any restrictions, therefore identical with the utility model above-described embodiment or approximate technical characteristic is used, and obtained other structures,
Within the scope of protection of the utility model.
Claims (6)
1. a kind of LCD glass screens cleaning machine, it is characterised in that including frame, the controller being arranged in frame and be arranged at machine
Some cell bodies on frame, wherein, some cell bodies include soaking compartment, the first rinse bath, the second rinse bath, the 3rd rinse bath, the
Four rinse baths, the 5th rinse bath, the 6th rinse bath, the 7th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath with
11st rinse bath；It is first rinse bath, the second rinse bath, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 8th clear
A lifting support frame is respectively arranged with washing trough, the 9th rinse bath, the tenth rinse bath and the 11st rinse bath, and the lifting supports
Frame is connected in frame by a lift drive mechanism；First rinse bath, the second rinse bath, the 4th rinse bath, the 5th cleaning
A pair of ultrasonic wave mechanisms of shaking are respectively arranged with groove, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath and the tenth rinse bath；
A spraying mechanism is respectively arranged with 3rd rinse bath and the 7th rinse bath.
2. LCD glass screens cleaning machine according to claim 1, it is characterised in that first rinse bath, the second cleaning
Groove, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath and the 11st
Rinse bath is connected to a liquid circulation groove, and is connected respectively by a drain pipe with a return duct；First rinse bath,
Second rinse bath, the 4th rinse bath, the 5th rinse bath, the 6th rinse bath, the 8th rinse bath, the 9th rinse bath, the tenth rinse bath
With being respectively arranged with a filtration core on the 11st rinse bath and positioned at backflow tube end；A circulating pump is connected with the return duct.
3. LCD glass screens cleaning machine according to claim 2, it is characterised in that set in the liquid circulation groove internal upper part
Gear liquid block is equipped with, liquid circulation groove is divided into liquids recovery area and liquid circulation area by gear liquid block on this, and in the liquid circulation
Flow channel for liquids is formed between groove inner bottom part and upper gear liquid block lower end；On liquid circulation groove one end top and it is located at liquids recovery area
The liquid inlet being connected with drain pipe is offered, and is opened up on the side top of liquid circulation groove one and positioned at liquids recovery area
There is a liquid outlet；The return duct is connected with liquid circulation groove, and is located at liquid circulation area.
4. LCD glass screens cleaning machine according to claim 1, it is characterised in that described pair of ultrasonic wave mechanism of shaking includes setting
The first side ultrasonic wave portion being placed on the inwall of cell body one and the second side ultrasonic wave being arranged on the relative another inwall of cell body
Portion, wherein, the first side ultrasonic wave portion upper end and the second side ultrasonic wave portion upper end are connected to frame by connecting portion on one respectively
On.
5. LCD glass screens cleaning machine according to claim 1, it is characterised in that the lift drive mechanism includes setting
In the lifting motor in frame, it is connected to the lifting connecting rod for lifting motor end, the lifting being arranged in frame
Guide pillar and be movably set in lifting guide pillar periphery and be connected to lifting connecting rod lifting guide pin bushing, wherein, the lifting connecting rod with
Lifting support frame connects.
6. LCD glass screens cleaning machine according to claim 1, it is characterised in that the 3rd rinse bath and the 7th cleaning
A groove lid is respectively arranged with groove, the spraying mechanism is mainly made up of some spray nozzles being distributed on groove lid lower surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720402432.4U CN206951750U (en) | 2017-04-18 | 2017-04-18 | A kind of LCD glass screens cleaning machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720402432.4U CN206951750U (en) | 2017-04-18 | 2017-04-18 | A kind of LCD glass screens cleaning machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206951750U true CN206951750U (en) | 2018-02-02 |
Family
ID=61373717
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720402432.4U Active CN206951750U (en) | 2017-04-18 | 2017-04-18 | A kind of LCD glass screens cleaning machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206951750U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106984620A (en) * | 2017-04-18 | 2017-07-28 | 东莞明崴电子科技有限公司 | A kind of LCD glass screens cleaning method and its LCD glass screen cleaning machine |
| CN115055440A (en) * | 2022-07-04 | 2022-09-16 | 沙洲职业工学院 | Ultrasonic cleaning machine |
-
2017
- 2017-04-18 CN CN201720402432.4U patent/CN206951750U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106984620A (en) * | 2017-04-18 | 2017-07-28 | 东莞明崴电子科技有限公司 | A kind of LCD glass screens cleaning method and its LCD glass screen cleaning machine |
| CN115055440A (en) * | 2022-07-04 | 2022-09-16 | 沙洲职业工学院 | Ultrasonic cleaning machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106984620A (en) | A kind of LCD glass screens cleaning method and its LCD glass screen cleaning machine | |
| CN205390208U (en) | Aquatic products cleaning machine | |
| CN206951750U (en) | A kind of LCD glass screens cleaning machine | |
| CN106694427A (en) | Intelligent cleaning device for roof solar panels | |
| CN204396382U (en) | Multi-arm swing type supersonic wave cleaning machine | |
| CN204146984U (en) | A kind of ultrasound wave dishware washing and sterilizing all-in-one | |
| CN205463419U (en) | Ultrasonic cleaner | |
| CN205599585U (en) | Quartzy material cleaning machine | |
| CN106824884A (en) | A kind of silicon wafer turnover flusher | |
| CN201988535U (en) | Cleaning and soaking device in horizontal line | |
| CN207872679U (en) | Supersonic wave cleaning machine | |
| CN207057155U (en) | A kind of cleaning equipment | |
| CN205762834U (en) | A kind of handstand batch (-type) bottle washer | |
| CN206028240U (en) | Novel xiLin bottle supersound bottle cleaning machine | |
| CN113118127B (en) | Cleaning device of quartz substrate for MEMS (micro-electromechanical systems) technology | |
| CN205472601U (en) | Wash -bottle filling all -in -one | |
| CN208960500U (en) | A kind of wafer cleaner | |
| CN210450002U (en) | Chinese-medicinal material cleaning equipment | |
| CN207401846U (en) | A kind of slow drawing device of dust-protection type ultrasonic wave | |
| CN209566891U (en) | A kind of autonomous car washer | |
| CN208513221U (en) | A kind of ultrasonic cleaning apparatus filtration cycle mechanism | |
| CN218361002U (en) | Glass bead wiper mechanism | |
| CN102851727B (en) | Tiltable centrifugal surface treatment equipment | |
| CN210247192U (en) | Circuit board cleaning device | |
| CN216937478U (en) | Quartz tube cleaning machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |