CN207596981U - Dedusting roaster - Google Patents
Dedusting roaster Download PDFInfo
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- CN207596981U CN207596981U CN201721700994.3U CN201721700994U CN207596981U CN 207596981 U CN207596981 U CN 207596981U CN 201721700994 U CN201721700994 U CN 201721700994U CN 207596981 U CN207596981 U CN 207596981U
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Abstract
The utility model is related to formed aluminum foil manufacturing machines, and in particular to dedusting roaster.Dedusting roaster, including rack and the furnace body being set in rack, heating unit, described furnace body one end setting feed inlet are set in furnace body, the other end sets discharge port, feed roller is provided at feed inlet, discharge outlet setting discharge roller, feed roller and discharge roller are driven by motor, on the furnace body, drum roll motor-driven is additionally provided with below feed roller, adhesive tape is cased on feed roller, adhesive tape is connect with drum roll.Adhesive tape is provided on the utility model feed roller, and to aluminium foil dedusting, and adhesive tape is connect with drum roll, the adhesive tape for being adsorbed with impurity is swept away by drum roll.
Description
Technical field
The utility model is related to formed aluminum foil manufacturing machines, and in particular to dedusting roaster.
Background technology
Roaster gives birth to surface in aluminium foil chemical conversion production for being melted into the deterioration of machine oxidation film, by 500 DEG C or so of high temperature
Into oxidizing aqueous film be converted to γ-Al2O3, oxidation film is destroyed, reduces its defect, conducive to follow-up repairing chemical conversion.Aluminium foil enters
Surface cannot have impurity during roaster, and otherwise impurity, which encounters high temperature melt, can be attached to aluminium foil surface.
Utility model content
The purpose of this utility model is to provide dedusting roasters, solve existing roaster before aluminium foil enters furnace body
The problem of removal of impurities.
To solve the technical issues of above-mentioned, the utility model uses following technical scheme：
Including rack and the furnace body being set in rack, heating unit, the stove are set in furnace body for dedusting roaster
Body one end sets feed inlet, and the other end sets discharge port, and feed roller is provided at feed inlet, and discharge outlet sets discharge roller, into
Material roller and discharge roller are driven by motor, and drum roll motor-driven is additionally provided on the furnace body, below feed roller, into
Adhesive tape is cased on material roller, adhesive tape is connect with drum roll.
Aluminium foil enters furnace body under the drive of feed roller and discharge roller, from feed inlet and is come out from discharge port, on feed roller
Adhesive tape rotate with feed roller, the impurity of aluminium foil surface is adsorbed, drum roll coordinates with feed roller, will be inhaled on feed roller
The adhesive tape of attached impurity is rolled onto on drum roll, realizes the dedusting to aluminium foil surface.
Preferably, the furnace body is obliquely installed upwards from discharge end to feed end.Aluminium foil is in furnace body inner heating device
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under effect2O3, since furnace body tilts upwards, profit
It goes out in moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet, reduce aluminium foil contained humidity, improve
Roast the efficiency of furnace so that the mechanical property of formed aluminum foil improves.
Preferably, the inboard wall of furnace body be provided with from furnace body discharge end to from furnace body feed end, along inboard wall of furnace body spiral shell
The induced draft plate spun up.Hot gas is made to move upwards around aluminium foil, aluminium foil is uniformly heated, efficiency also higher.
Preferably, extreme direction is fed along furnace body discharge end to from furnace body, between the induced draft plate and inboard wall of furnace body
Angle is acute angle, and carrying moisture conducive to hot gas moves upwards, so as to which moisture be taken out of.
Preferably, the furnace body includes upper cover, lower cover, connected between upper cover and lower cover by the shaft of side, institute
Handle is provided on the upper lid stated, convenient for repairing, checking by furnace body opening.
Preferably, at the feed inlet, plate washer is provided with above feed inlet, is existed between the plate washer and feed roller
Gap, is provided with air-heater between the plate washer and feed roller, the air inlet of air-heater is towards feed inlet, the outlet air of air-heater
Mouthful towards feed roller.Plate washer assembles the hot gas discharged from feed inlet, and air-heater is using the hot gas of feed inlet discharge to feed roller
On aluminium foil drying, on the one hand moisture can be blown away using wind-force, on the other hand can make moisture evaporation using thermal energy.
Preferably, the air outlet of the air-heater is row's type air outlet, length is adapted with feed roller length.It can be right
The whole surface blowing of aluminium foil, water removal effect is more preferably.
Preferably, the furnace body 2 is 15~30 degree from discharge end to the acclivitous angle of feed end.
Compared with prior art, the utility model can at least generate a kind of following advantageous effect：The utility model feed roller
On be provided with adhesive tape, to aluminium foil dedusting, and adhesive tape is connect with drum roll, is swept away the adhesive tape for being adsorbed with impurity by drum roll；
The utility model furnace body is obliquely installed upwards from discharge end to feed end, is gone out conducive to moisture evaporation, while hot gas can be to charging
Aluminium foil at mouthful carries out pre-add thermal evaporation, reduces aluminium foil contained humidity, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil
It can improve；The upward induced draft plate of setting spiral, makes hot gas be moved upwards around aluminium foil, aluminium foil is heated more in the utility model furnace body
Add uniformly, efficiency also higher；Angle between the utility model induced draft plate and inboard wall of furnace body is acute angle, and moisture is carried conducive to hot gas
It moves upwards, so as to which moisture be taken out of；The utility model is convenient for repairing furnace body opening, be checked；The utility model is set
Plate washer and air-heater dry up the aluminium foil on feed roller using the hot gas of feed inlet discharge, on the one hand can utilize wind-force by water
Divide and blow away, on the other hand thermal energy can be utilized to make moisture evaporation.
Description of the drawings
Fig. 1 is the utility model structure chart.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention is further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Fig. 1 shows the structure of such dedusting roaster, and several embodiments are enumerated with reference to legend.
Embodiment 1
Dedusting roaster including rack 1 and the furnace body being set in rack 12, sets heating unit in furnace body 2, described
2 one end of furnace body setting feed inlet 3, other end setting discharge port 4 is provided with feed roller 5 at feed inlet 3, set at discharge port 4
Discharge roller 6, feed roller 5 and discharge roller 6 are driven by motor, and on the furnace body 2, the lower section of feed roller 5 is additionally provided with by motor
The drum roll 11 of drive is cased with adhesive tape on feed roller 5, and adhesive tape is connect with drum roll 11.
Aluminium foil comes out under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4, feeds
Adhesive tape on roller 5 is rotated with feed roller 5, and the impurity of aluminium foil surface is adsorbed, and drum roll 11 coordinates with feed roller 5, will
The adhesive tape that impurity has been adsorbed on feed roller 5 is rolled onto on drum roll 11, realizes the dedusting to aluminium foil surface.
Embodiment 2：
Dedusting roaster including rack 1 and the furnace body being set in rack 12, sets heating unit in furnace body 2, described
2 one end of furnace body setting feed inlet 3, other end setting discharge port 4 is provided with feed roller 5 at feed inlet 3, set at discharge port 4
Discharge roller 6, feed roller 5 and discharge roller 6 are driven by motor, and the furnace body 2 is obliquely installed upwards from discharge end to feed end, are tilted
Angle is 15 degree.On the furnace body 2, the lower section of feed roller 5 is additionally provided with drum roll 11 motor-driven, on feed roller 5
Adhesive tape is cased with, adhesive tape is connect with drum roll 11.Adhesive tape on feed roller 5 is rotated with feed roller 5, to the impurity of aluminium foil surface into
Row absorption, drum roll 11 coordinate with feed roller 5, the adhesive tape that impurity has been adsorbed on feed roller 5 are rolled onto on drum roll 11, is realized
Dedusting to aluminium foil surface.
Aluminium foil comes out, aluminium foil under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under the action of 2 inner heating device of furnace body2O3,
It since furnace body 2 tilts upwards, goes out conducive to moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet 3,
Aluminium foil contained humidity is reduced, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil improves.
Embodiment 3：
Dedusting roaster including rack 1 and the furnace body being set in rack 12, sets heating unit in furnace body 2, described
2 one end of furnace body setting feed inlet 3, other end setting discharge port 4 is provided with feed roller 5 at feed inlet 3, set at discharge port 4
Discharge roller 6, feed roller 5 and discharge roller 6 are driven by motor, and the furnace body 2 is obliquely installed upwards from discharge end to feed end, are tilted
Angle is 30 degree.2 inner wall of furnace body be provided with from 2 discharge end of furnace body to from 2 feed end of furnace body, it is upward along 2 spiral inner wall of furnace body
Induced draft plate 7.Hot gas is made to move upwards around aluminium foil, aluminium foil is uniformly heated, efficiency also higher.On the furnace body 2, charging
The lower section of roller 5 is additionally provided with drum roll 11 motor-driven, and adhesive tape is cased on feed roller 5, and adhesive tape is connect with drum roll 11.Into
Expect that the adhesive tape on roller 5 as feed roller 5 rotates, adsorbs the impurity of aluminium foil surface, drum roll 11 coordinates with feed roller 5,
The adhesive tape that impurity has been adsorbed on feed roller 5 is rolled onto on drum roll 11, realizes the dedusting to aluminium foil surface.
Aluminium foil comes out, aluminium foil under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under the action of 2 inner heating device of furnace body2O3,
It since furnace body 2 tilts upwards, goes out conducive to moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet 3,
Aluminium foil contained humidity is reduced, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil improves.
Embodiment 4：
Dedusting roaster including rack 1 and the furnace body being set in rack 12, sets heating unit in furnace body 2, described
2 one end of furnace body setting feed inlet 3, other end setting discharge port 4 is provided with feed roller 5 at feed inlet 3, set at discharge port 4
Discharge roller 6, feed roller 5 and discharge roller 6 are driven by motor, and the furnace body 2 is obliquely installed upwards from discharge end to feed end, are tilted
Angle is 20 degree.2 inner wall of furnace body be provided with from 2 discharge end of furnace body to from 2 feed end of furnace body, it is upward along 2 spiral inner wall of furnace body
Induced draft plate 7.Hot gas is made to move upwards around aluminium foil, aluminium foil is uniformly heated, efficiency also higher.Along 2 discharge end of furnace body to certainly
Furnace body 2 feeds extreme direction, and the angle between 2 inner wall of the induced draft plate 7 and furnace body is acute angle, and it is upward to carry moisture conducive to hot gas
Movement, so as to which moisture be taken out of.On the furnace body 2, the lower section of feed roller 5 is additionally provided with drum roll 11 motor-driven,
Adhesive tape is cased on feed roller 5, adhesive tape is connect with drum roll 11.Adhesive tape on feed roller 5 is rotated with feed roller 5, to aluminium foil table
The impurity in face is adsorbed, and drum roll 11 coordinates with feed roller 5, and the adhesive tape that impurity has been adsorbed on feed roller 5 is rolled onto drum roll
On 11, the dedusting to aluminium foil surface is realized.
Aluminium foil comes out, aluminium foil under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under the action of 2 inner heating device of furnace body2O3,
It since furnace body 2 tilts upwards, goes out conducive to moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet 3,
Aluminium foil contained humidity is reduced, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil improves.
Embodiment 5：
Dedusting roaster, including rack 1 and the furnace body being set in rack 12, furnace body 2 includes upper cover, lower cover, upper cover
It is connected between lower cover by the shaft of side, handle 10 is provided on the upper lid, convenient for the opening of furnace body 2 is tieed up
It repaiies, check.Setting heating unit in furnace body 2, described 2 one end of furnace body setting feed inlet 3, other end setting discharge port 4, charging
Feed roller 5 is provided at mouth 3, discharge roller 6 is set at discharge port 4, feed roller 5 and discharge roller 6 are driven by motor, the furnace body
On 2, the lower section of feed roller 5 is additionally provided with drum roll 11 motor-driven, and adhesive tape, adhesive tape and drum roll are cased on feed roller 5
11 connections.Adhesive tape on feed roller 5 is rotated with feed roller 5, and the impurity of aluminium foil surface is adsorbed, drum roll 11 and charging
Roller 5 coordinates, and the adhesive tape that impurity has been adsorbed on feed roller 5 is rolled onto on drum roll 11, realizes the dedusting to aluminium foil surface.It is described
Furnace body 2 is obliquely installed upwards from discharge end to feed end, and angle of inclination is 20 degree.2 inner wall of furnace body is provided with from 2 discharge end of furnace body
To from 2 feed end of furnace body, along the upward induced draft plate 7 of 2 spiral inner wall of furnace body.Hot gas is made to be moved upwards around aluminium foil, aluminium foil is heated
More uniformly, efficiency also higher.Extreme direction, the induced draft plate 7 and 2 inner wall of furnace body are fed along 2 discharge end of furnace body to from furnace body 2
Between angle be acute angle, carrying moisture conducive to hot gas moves upwards, so that moisture be taken out of.
Aluminium foil comes out, aluminium foil under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under the action of 2 inner heating device of furnace body2O3,
It since furnace body 2 tilts upwards, goes out conducive to moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet 3,
Aluminium foil contained humidity is reduced, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil improves.
Embodiment 6：
Dedusting roaster, including rack 1 and the furnace body being set in rack 12, furnace body 2 includes upper cover, lower cover, upper cover
It is connected between lower cover by the shaft of side, handle 10 is provided on the upper lid, convenient for the opening of furnace body 2 is tieed up
It repaiies, check.Setting heating unit in furnace body 2, described 2 one end of furnace body setting feed inlet 3, other end setting discharge port 4, charging
Feed roller 5 is provided at mouth 3, discharge roller 6 is set at discharge port 4, feed roller 5 and discharge roller 6 are driven by motor, the furnace body
On 2, the lower section of feed roller 5 is additionally provided with drum roll 11 motor-driven, and adhesive tape, adhesive tape and drum roll are cased on feed roller 5
11 connections.Adhesive tape on feed roller 5 is rotated with feed roller 5, and the impurity of aluminium foil surface is adsorbed, drum roll 11 and charging
Roller 5 coordinates, and the adhesive tape that impurity has been adsorbed on feed roller 5 is rolled onto on drum roll 11, realizes the dedusting to aluminium foil surface.It is described
Furnace body 2 is obliquely installed upwards from discharge end to feed end, and angle of inclination is 25 degree.2 inner wall of furnace body is provided with from 2 discharge end of furnace body
To from 2 feed end of furnace body, along the upward induced draft plate 7 of 2 spiral inner wall of furnace body.Hot gas is made to be moved upwards around aluminium foil, aluminium foil is heated
More uniformly, efficiency also higher.Extreme direction, the induced draft plate 7 and 2 inner wall of furnace body are fed along 2 discharge end of furnace body to from furnace body 2
Between angle be acute angle, carrying moisture conducive to hot gas moves upwards, so that moisture be taken out of.At the feed inlet 3, charging
3 top of mouth is provided with plate washer 8, and there are gaps between the plate washer 8 and feed roller 5, are set between the plate washer 8 and feed roller 5
It is equipped with air-heater 9, the air inlet of air-heater 9 is towards feed inlet 3, and the air outlet of air-heater 9 is towards feed roller 5.Plate washer 8 will from into
The hot gas aggregation that material mouth 3 is discharged, air-heater 9 dry up the aluminium foil on feed roller 5 using the hot gas that feed inlet 3 is discharged, on the one hand
Moisture can be blown away using wind-force, on the other hand thermal energy can be utilized to make moisture evaporation.
Aluminium foil comes out, aluminium foil under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under the action of 2 inner heating device of furnace body2O3,
It since furnace body 2 tilts upwards, goes out conducive to moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet 3,
Aluminium foil contained humidity is reduced, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil improves.
Optimum embodiment：
Dedusting roaster, including rack 1 and the furnace body being set in rack 12, furnace body 2 includes upper cover, lower cover, upper cover
It is connected between lower cover by the shaft of side, handle 10 is provided on the upper lid, convenient for the opening of furnace body 2 is tieed up
It repaiies, check.Setting heating unit in furnace body 2, described 2 one end of furnace body setting feed inlet 3, other end setting discharge port 4, charging
Feed roller 5 is provided at mouth 3, discharge roller 6 is set at discharge port 4, feed roller 5 and discharge roller 6 are driven by motor, the furnace body
On 2, the lower section of feed roller 5 is additionally provided with drum roll 11 motor-driven, and adhesive tape, adhesive tape and drum roll are cased on feed roller 5
11 connections.Adhesive tape on feed roller 5 is rotated with feed roller 5, and the impurity of aluminium foil surface is adsorbed, drum roll 11 and charging
Roller 5 coordinates, and the adhesive tape that impurity has been adsorbed on feed roller 5 is rolled onto on drum roll 11, realizes the dedusting to aluminium foil surface.It is described
Furnace body 2 is obliquely installed upwards from discharge end to feed end, and angle of inclination is 20 degree.2 inner wall of furnace body is provided with from 2 discharge end of furnace body
To from 2 feed end of furnace body, along the upward induced draft plate 7 of 2 spiral inner wall of furnace body.Hot gas is made to be moved upwards around aluminium foil, aluminium foil is heated
More uniformly, efficiency also higher.Extreme direction, the induced draft plate 7 and 2 inner wall of furnace body are fed along 2 discharge end of furnace body to from furnace body 2
Between angle be acute angle, carrying moisture conducive to hot gas moves upwards, so that moisture be taken out of.At the feed inlet 3, charging
3 top of mouth is provided with plate washer 8, and there are gaps between the plate washer 8 and feed roller 5, are set between the plate washer 8 and feed roller 5
It is equipped with air-heater 9, the air inlet of air-heater 9 is towards feed inlet 3, and the air outlet of air-heater 9 is towards feed roller 5.Plate washer 8 will from into
The hot gas aggregation that material mouth 3 is discharged, air-heater 9 dry up the aluminium foil on feed roller 5 using the hot gas that feed inlet 3 is discharged, on the one hand
Moisture can be blown away using wind-force, on the other hand thermal energy can be utilized to make moisture evaporation.The air outlet of air-heater 9 goes out for row's type
Air port, length are adapted with 5 length of feed roller.It can dry the whole surface of aluminium foil, water removal effect is more preferably.
Aluminium foil comes out, aluminium foil under the drive of feed roller 5 and discharge roller 6 from feed inlet 3 into furnace body 2 from discharge port 4
The oxidizing aqueous film of Surface Creation in aluminium foil chemical conversion production is converted to γ-Al under the action of 2 inner heating device of furnace body2O3,
It since furnace body 2 tilts upwards, goes out conducive to moisture evaporation, while hot gas can carry out pre-add thermal evaporation to the aluminium foil at feed inlet 3,
Aluminium foil contained humidity is reduced, improves the roasting efficiency of furnace so that the mechanical property of formed aluminum foil improves, and high temperature deformation is small, flexibility
6% can be improved.
Multiple explanatory embodiments spoken of in the present specification refer to combining the concrete structure packet of embodiment description
It includes at least one embodiment described in the application generality.It is not certain that statement of the same race, which occur, in multiple places in the description
Refer to same embodiment.Furthermore, it is understood that when describing a structure with reference to any one embodiment, what is advocated is to combine
Other embodiment realizes that this structure is fallen in the scope of the utility model.
Claims (8)
1. dedusting roaster, including rack（1）And it is set to rack（1）On furnace body（2）, furnace body（2）Interior setting heating dress
It puts, it is characterised in that：The furnace body（2）One end sets feed inlet（3）, other end setting discharge port（4）, feed inlet（3）Place
It is provided with feed roller（5）, discharge port（4）Place's setting discharge roller（6）, feed roller（5）And discharge roller（6）It is driven by motor, it is described
Furnace body（2）On, feed roller（5）Lower section be additionally provided with drum roll motor-driven（11）, feed roller（5）On be cased with glue
Band, adhesive tape and drum roll（11）Connection.
2. dedusting roaster according to claim 1, it is characterised in that：The furnace body（2）From discharge end to feed end to
On be obliquely installed.
3. dedusting roaster according to claim 2, it is characterised in that：The furnace body（2）Inner wall is provided with from furnace body
（2）Discharge end is to from furnace body（2）Feed end, along furnace body（2）The upward induced draft plate of spiral inner wall（7）.
4. dedusting roaster according to claim 3, it is characterised in that：Along furnace body（2）Discharge end is to from furnace body（2）Charging
Extreme direction, the induced draft plate（7）With furnace body（2）Angle between inner wall is acute angle.
5. dedusting roaster according to claim 1, it is characterised in that：The furnace body（2）Including upper cover, lower cover, on
It is connected between lid and lower cover by the shaft of side, handle is provided on the upper lid（10）.
6. dedusting roaster according to claim 2, it is characterised in that：The feed inlet（3）Place, feed inlet（3）On
Side is provided with plate washer（8）, the plate washer（8）With feed roller（5）Between there are gap, the plate washers（8）With feed roller（5）It
Between be provided with air-heater（9）, air-heater（9）Air inlet towards feed inlet（3）, air-heater（9）Air outlet towards feed roller
（5）.
7. dedusting roaster according to claim 6, it is characterised in that：The air-heater（9）Air outlet be row's type
Air outlet, length and feed roller（5）Length is adapted.
8. dedusting roaster according to claim 2, it is characterised in that：The furnace body（2）From discharge end to feed end
Acclivitous angle is 15~30 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721700994.3U CN207596981U (en) | 2017-12-08 | 2017-12-08 | Dedusting roaster |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721700994.3U CN207596981U (en) | 2017-12-08 | 2017-12-08 | Dedusting roaster |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207596981U true CN207596981U (en) | 2018-07-10 |
Family
ID=62763861
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721700994.3U Active CN207596981U (en) | 2017-12-08 | 2017-12-08 | Dedusting roaster |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207596981U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114212986A (en) * | 2021-11-28 | 2022-03-22 | 凯盛科技股份有限公司蚌埠华益分公司 | TFT glass cutting device and process for display |
-
2017
- 2017-12-08 CN CN201721700994.3U patent/CN207596981U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114212986A (en) * | 2021-11-28 | 2022-03-22 | 凯盛科技股份有限公司蚌埠华益分公司 | TFT glass cutting device and process for display |
| CN114212986B (en) * | 2021-11-28 | 2023-08-01 | 凯盛科技股份有限公司蚌埠华益分公司 | TFT glass cutting device and process for display |
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