CN209685580U - A kind of double ampoule flat bottom devices and the horizontal production line of ampoule - Google Patents
A kind of double ampoule flat bottom devices and the horizontal production line of ampoule Download PDFInfo
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- CN209685580U CN209685580U CN201920486493.2U CN201920486493U CN209685580U CN 209685580 U CN209685580 U CN 209685580U CN 201920486493 U CN201920486493 U CN 201920486493U CN 209685580 U CN209685580 U CN 209685580U
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- support disk
- ampoule
- bottleneck
- front support
- small jar
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Abstract
The utility model discloses a kind of double ampoule flat bottom devices, it is characterised in that: including rack, front rotary shaft, rear shaft, two ampoule bearing assemblies, two flat heated nozzles and driving mechanism；The front rotary shaft and the rear shaft are horizontally disposed with and are installed in rotation in the rack；Described two ampoule bearing assemblies are symmetrical and are respectively used to two ampoule bearings；Described two flat heated nozzles are located at immediately below described two ampoule bottom surfaces and position corresponds；The ampoule bearing assembly includes body front support disk, body rear support disk, bottleneck front support disk, bottleneck rear support disk, small jar head front support disk and small jar head rear support disk；The driving mechanism connect and drives the front rotary shaft and the rear shaft to rotate with the front rotary shaft and the rear shaft.Bottom surface of the utility model for Double connection bottle to cut two ampoules behind bottom carries out flat processing, keeps double ampoule bottom surfaces flat and smooth.In addition, the invention also discloses a kind of horizontal production lines of ampoule.
Description
Technical field
The utility model belongs to a kind of double ampoule flat bottom devices and the horizontal production line of ampoule.
Background technique
In order to meet the horizontal flow line production processing request of ampoule, product efficiency is significantly improved to realize batch production,
So the completely new line of production technology of R & D design, workflow are as follows: glass tube upper tube --- glass tube alignment --- presses throat pre-
It is hot that --- --- --- --- --- fusing is at Double connection bottle --- air-cooled after stretching Double connection bottle is got ready and indentation for stretching for preheating before stretching for pressure neck
Conveying --- --- --- Double connection bottle flaring preheating --- Double connection bottle flaring --- duplex that Double connection bottle or so is cut again that Double connection bottle is got ready and indentation
Bottle cuts bottom --- --- annealing conveying --- annealing --- cooling --- inspection --- packaging that ampoule is flat.It is required according to above-mentioned new process,
After fusing is processed at Double connection bottle, since the two sides of Double connection bottle are respectively provided with two bottle heads, need to beat on two bottle heads
Point or/and indentation.
It can be found in Fig. 1, which can obtain two ampoules (M) after cutting bottom processing, and since when cutting bottom, this two are pacified
Small jar ampoule (M) deformation of bottom is symmetrically outer to be drawn, which cuts bottom surface out-of-flatness behind bottom and have protrusion (S).It is cut to improve
Two ampoule (M) bottom face profiles behind bottom, it is therefore desirable to further to two flat processing of ampoule (M).And currently without corresponding
Processing unit (plant), meet production requirement in order to above-mentioned, accordingly need to design a double ampoule flat bottom devices.
Utility model content
In order to solve one or more defects in above-mentioned background technique, it is flat that the utility model provides a kind of double ampoules
Device.
To achieve the above object, the utility model provides a kind of double ampoule flat bottom devices, it is characterised in that: including rack
(1), front rotary shaft (2), rear shaft (3), two ampoule bearing assemblies (4), two flat heated nozzles (5) and driving mechanism (6)；
The front rotary shaft (2) and the rear shaft (3) are horizontally disposed with and are installed in rotation on the rack (1)；Described two peaces
Small jar bearing assembly (4) is symmetrical and is respectively used to two ampoule (M) bearings；Described two flat heated nozzles (5) difference position
Immediately below the bottom surface described two ampoules (M) and position corresponds；The ampoule bearing assembly (4) includes body front support disk
(4-1), body rear support disk (4-2), bottleneck front support disk (4-3), bottleneck rear support disk (4-4), small jar head front support disk (4-5)
And small jar head rear support disk (4-6)；The body front support disk (4-1), bottleneck front support disk (4-3) and small jar head front support disk (4-5)
It is solidly set on the front rotary shaft (2), the body rear support disk (4-2), bottleneck rear support disk (4-4) and small jar head rear support disk
(4-6) is solidly set in the rear shaft (3), and the body front support disk (4-1) and body rear support disk (4-2) are used for ampoule
(M) body (M-1) bearing, the bottleneck front support disk (4-3) and bottleneck rear support disk (4-4) are used for the bottleneck (M- of ampoule (M)
2) it supports, the small jar head (M-3) of the small jar head front support disk (4-5) and small jar head rear support disk (4-6) for ampoule (M) supports；It is described
Driving mechanism (6) connect and drives the front rotary shaft (2) and the rear shaft with the front rotary shaft (2) and the rear shaft (3)
(3) it rotates.
Further, the body front support disk (4-1), body rear support disk (4-2), bottleneck front support disk (4-3), bottle
Material toggling mouth (K) is equipped on neck rear support disk (4-4), small jar head front support disk (4-5) and small jar head rear support disk (4-6).
Preferably, the material toggling mouth (K) is V-shape or L shape.
Preferably, the driving mechanism (6) includes motor (6-1), drive sprocket (6-2), chain (6-3), driven sprocket
(6-4), preceding sprocket wheel (6-5) and rear sprocket wheel (6-6), motor (6-1) output end are connect with the drive sprocket (6-2), institute
It states drive sprocket (6-2) to connect by chain (6-3) with the driven sprocket (6-4), the preceding sprocket wheel (6-5) and the rear chain
Wheel (6-6) is connect with the chain (6-3)；The preceding sprocket wheel (6-5) is solidly set on the front rotary shaft (2), the rear sprocket wheel (6-
6) it is solidly set in the rear shaft (3).
Another purpose of the utility model is to provide a kind of horizontal production line of ampoule, it is characterised in that: has upper
State double ampoule flat bottom devices described in any technical solution.
Preferably, double ampoule flat bottom devices have multiple and are sequentially distributed along the ampoule (M) transporting direction.
The utility model at least has the advantages that
First, the utility model can drive described two ampoule bearing assemblies while be moved by the driving mechanism, and
Two ampoule support rotaries are driven, and two flat heated nozzles are respectively used to two ampoule bottom surface fire to rotation status
Flame heating and it is flat be processed into glossy bottom surface, and the protrusion that two ampoules of equating are cut respectively, thus two ampoules synchronize it is flat
Processing, flat efficiency are fast；
Second, the utility model due to the body of the ampoule is supported jointly by body front support disk, body rear support disk
Positioning, the bottleneck of the ampoule is to support positioning jointly by bottleneck front support disk, bottleneck rear support disk, and the small jar head of the ampoule is by small jar
Head front support disk and small jar head rear support disk support positioning jointly, it is ensured that ampoule position of center line precision, while ampoule is by the bottle
Throat supporting disk and bottleneck rear support disk institute axially position, avoid preventing the ampoule axial displacement, Jin Erbao in flat rotation
Demonstrate,prove the ampoule bottom surface it is flat after flatness and smoothness, also guarantee the axial length dimension precision after the ampoule is flat simultaneously；
Third, the utility model guarantee wherein since the body of the ampoule, bottleneck and small jar head are simultaneously by stable support
Heart line precision, while be also prevented from when the ampoule rotates causes force unbalance to swing since left and right shape is inconsistent；
4th, after the utility model is due to the body front support disk, body rear support disk, bottleneck front support disk, bottleneck
Material toggling mouth is equipped on supporting disk, small jar head front support disk and small jar head rear support disk, and driving mechanism driving can drive them same
When rotate, therefore can realize automatic charging and blanking, while feeding and blanking action are intermittently period progress, can meet flowing water
Line production requirement；
5th, the utility model due to double ampoule flat bottom devices have it is multiple and along the ampoule transporting direction successively
Distribution, double ampoule flat bottom devices each in this way divide multistep to process ampoule bottom surface, constantly correct its bottom surface, more due to being divided into
A process can reduce the flat single activity time of completion, and then significantly improve the flow work efficiency.
Detailed description of the invention
Fig. 1 is corresponding state figure of two ampoules in flat front and back.
Fig. 2 is a kind of main view of double ampoule flat bottom devices in the utility model.
Fig. 3 is a kind of top view of double ampoule flat bottom devices in the utility model.
Fig. 4 is a kind of perspective view of double ampoule flat bottom devices in the utility model.
Fig. 5 is enlarged drawing at A in Fig. 4.
Fig. 6 is the cross-sectional view of a kind of double ampoule flat bottom devices when flat in the utility model.
Fig. 7 is the cross-sectional view of a kind of double ampoule flat bottom devices in loading and unloading in the utility model.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples:
Embodiment one: referring to Fig. 1-7, a kind of double ampoule flat bottom devices, including rack 1, front rotary shaft 2, rear shaft 3, two
4, two flat heated nozzles 5 of ampoule bearing assembly and driving mechanism 6.
Wherein, the front rotary shaft 2 and the rear shaft 3 are horizontally disposed with and are installed in rotation in the rack 1.
Referring to fig. 2, described two ampoule bearing assemblies 4 are symmetrically distributed and are respectively used to two ampoule M bearings.
Referring to fig. 2, described two flat heated nozzles 5 are located at the bottom surface described two ampoule M underface and position one
One is corresponding.
Wherein, the ampoule bearing assembly 4 includes body front support disk 4-1, body rear support disk 4-2, bottleneck front support
Disk 4-3, bottleneck rear support disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6；Body front support disk 4-1, bottleneck
Front support disk 4-3 and small jar head front support disk 4-5 are solidly set on the front rotary shaft 2, are propped up after body rear support disk 4-2, bottleneck
Tray 4-4 and small jar head rear support disk 4-6 is solidly set in the rear shaft 3, the body front support disk 4-1 and body rear support
Body M-1 of the disk 4-2 for ampoule M is supported, the bottleneck of bottleneck front support disk 4-3 and bottleneck rear support disk 4-4 for ampoule M
The small jar head M-3 of M-2 bearing, the small jar head front support disk 4-5 and small jar head rear support disk 4-6 for ampoule M is supported；The driving mechanism
6 connect and drive the front rotary shaft 2 and the rear shaft 3 to rotate with the front rotary shaft 2 and the rear shaft 3.
Preferably, the driving mechanism 6 includes motor 6-1, drive sprocket 6-2, chain 6-3, driven sprocket 6-4, preceding chain
6-5 and rear sprocket wheel 6-6 is taken turns, the motor 6-1 output end is connect with the drive sprocket 6-2, and the drive sprocket 6-2 passes through chain
6-3 is connect with the driven sprocket 6-4, the preceding sprocket wheel 6-5 and it is described after sprocket wheel 6-6 connect with the chain 6-3；It is described
Preceding sprocket wheel 6-5 is solidly set on the front rotary shaft 2, and the rear sprocket wheel 6-6 is solidly set in the rear shaft 3.
At work, motor 6-1 drives drive sprocket 6-2 to rotate, and drive sprocket 6-2, chain 6-3 and driven sprocket
6-4, which cooperates, to be moved, and chain 6-3 drives preceding sprocket wheel 6-5 and rear sprocket wheel 6-6 rotation.And preceding sprocket wheel 6-5 and the rear chain
Wheel 6-6 respectively drives front rotary shaft 2 and rear shaft 3 rotates.Due to and body front support disk 4-1, bottleneck front support disk 4-3 and small jar
Head front support disk 4-5 is solidly set on the front rotary shaft 2 and three while rotating；And it is propped up after body rear support disk 4-2, bottleneck
Tray 4-4 and small jar head rear support disk 4-6 be solidly set on it is described after three while rotating in shaft 3.Referring to Fig. 6-7, the preceding chain
It taking turns 6-5 and rear sprocket wheel 6-6 and engages connection with chain 6-3 section in the same direction, the preceding sprocket wheel 6-5 is identical with rear sprocket wheel 6-6 rotation direction, because
It is propped up before this body front support disk 4-1, body rear support disk 4-2, bottleneck front support disk 4-3, bottleneck rear support disk 4-4, small jar head
Tray 4-5 and small jar head rear support disk 4-6 rotate in same direction, body front support disk 4-1, body rear support disk 4-2, bottleneck front support
Disk 4-3, bottleneck rear support disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6 rub while supporting to ampoule M
Drive ampoule M to rotate, thus the ampoule M when flat can automatic rotary motion, while guaranteeing that its bottom surface is sprayed by flat heating
Uniform ground behind 5 flame heated flat bottom of mouth.
In use, this two flat heated nozzles 5 and fuel gas supply system piping connection.
And since the driving mechanism 6 can drive described two ampoule bearing assemblies 4 while move, which can band
It moves while rotating, and this two flat heated nozzles 5 are respectively used to two ampoule M bottom surface flames heating to rotation status and put down
Glossy bottom surface is processed at bottom, and the protrusion S that two ampoules of equating are cut respectively, therefore two ampoules synchronize flat processing, work effect
Rate is fast.
- 5 or 6-7 referring to fig. 4, the body front support disk 4-1, body rear support disk 4-2, bottleneck front support disk 4-3, bottle
Material toggling mouth K is equipped on neck rear support disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6.Preferably, the material toggling
Mouth K is V-shape or L shape.
Due to body front support disk 4-1 described in this, body rear support disk 4-2, bottleneck front support disk 4-3, bottleneck rear support
Disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6 are driven and rotary motion by the driving mechanism 6.
Its material toggling mouth can be passed through when body front support disk 4-1, body rear support disk 4-2, bottleneck front support disk 4-3 rotation
K by expected on this double ampoule flat bottom device on flat ampoule M and by body front support disk 4-1, body rear support disk 4-2,
Bottleneck front support disk 4-3, bottleneck rear support disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6 are supported and are done and revolve
Transhipment is dynamic.
And when flat, bottleneck rear support disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6 rotate Shi Ketong
Its material toggling mouth K is crossed by ampoule machined on this double ampoule flat bottom device and body front support disk 4-1, body rear support disk 4-2,
Bearing is left on bottleneck front support disk 4-3, bottleneck rear support disk 4-4, small jar head front support disk 4-5 and small jar head rear support disk 4-6, and
See blanking off.
Therefore automatic charging and blanking can be realized, while feeding and blanking action are intermittently period progress, can meet stream
Waterline production requirement.
In addition, the body M-1 of ampoule M is common by body front support disk 4-1, body rear support disk 4-2 when flat
Bearing positioning, ampoule M position of center line are positioned, i.e., height and front-rear position are constant；Meanwhile the bottleneck M-2 of ampoule M is
Positioning is supported by bottleneck front support disk 4-3, bottleneck rear support disk 4-4 jointly, ampoule M position of center line is positioned, i.e. height
It is constant with front-rear position；Due to the bottleneck M-2 indent of ampoule M, bottleneck front support disk 4-3, bottleneck rear support disk 4-4
It can be achieved to ampoule M axially position, preventing ampoule M, (axially left and right is limited by positioning axial displacement for it in flat rotation
System), it is ensured that the flatness and smoothness of the bottom surface ampoule M, while guaranteeing the axial length dimension precision after ampoule M is flat；
The small jar head M-3 of ampoule M is to support positioning jointly by small jar head front support disk 4-5 and small jar head rear support disk 4-6 simultaneously, ampoule M
Position of center line is positioned, i.e., height and front-rear position are constant.Ampoule M supports place by axial direction, guarantees its center line precision,
Force unbalance is caused to swing since left and right shape is inconsistent when being also prevented from ampoule M rotation simultaneously.
This double ampoule flat bottom device at least has the characteristics that and is analyzed as follows:
First, this double ampoule flat bottom device can drive described two same lucks of ampoule bearing assembly by the driving mechanism
It is dynamic, and two ampoule support rotaries are driven, and two flat heated nozzles are respectively used to two ampoules to rotation status
The heating of bottom surface flame and it is flat be processed into glossy bottom surface, and the protrusion that two ampoules of equating are cut respectively, therefore two ampoules are same
Flat processing is walked, working efficiency is fast；
Second, this double ampoule flat bottom device due to the body of the ampoule is total to by body front support disk, body rear support disk
With bearing positioning, the bottleneck of the ampoule is to support positioning, the small jar head of the ampoule jointly by bottleneck front support disk, bottleneck rear support disk
It is that positioning is supported by small jar head front support disk and small jar head rear support disk jointly, it is ensured that ampoule position of center line precision, while ampoule
By the bottleneck front support disk and bottleneck rear support disk institute axially position, avoid preventing ampoule axial displacement in flat rotation,
Guarantee the flatness after the ampoule bottom surface is flat and smoothness in turn, also guarantees the axial length dimension after the ampoule is flat simultaneously
Precision；Two,
Third, this double ampoule flat bottom device are protected since the body of the ampoule, bottleneck and small jar head are simultaneously by stable support
Force unbalance is caused to swing since left and right shape is inconsistent when demonstrate,proving its center line precision, while being also prevented from ampoule rotation.
4th, this double ampoule flat bottom device due to the body front support disk, body rear support disk, bottleneck front support disk,
Material toggling mouth is equipped on bottleneck rear support disk, small jar head front support disk and small jar head rear support disk, and driving mechanism driving can drive
They are rotated simultaneously, therefore can realize automatic charging and blanking, while feeding and blanking action are intermittently period progress, can be expired
Sufficient flow line production requirement.
Embodiment two: referring to Fig. 1-7, a kind of horizontal production line of ampoule, with described in above-described embodiment one
Double ampoule flat bottom devices.The downstream side of Double connection bottle device for cutting base 8 is arranged in double ampoule flat bottom devices.Therefore, which cuts
Two ampoule driven devices 6 that bottom device 8 obtains after processing can transport flat on above-mentioned double ampoule flat bottom devices add at once
Work.
Preferably, double ampoule flat bottom devices have multiple and are sequentially distributed along the ampoule M transporting direction.It is each in this way
Double ampoule flat bottom devices divide multistep to process the bottom surface ampoule M, constantly correct its bottom surface, due to being divided into multiple process steps
Suddenly, the flat single activity time of completion can be reduced, and then significantly improves the flow work efficiency.
The preferred embodiments of the present invention have been described in detail above.It should be appreciated that the ordinary skill people of this field
Member according to the present utility model can conceive without creative work makes many modifications and variations.Therefore, all this technology necks
Technical staff passes through logic analysis, reasoning or limited reality according to the design of the utility model on the basis of existing technology in domain
Available technical solution is tested, it all should be within the scope of protection determined by the claims.
Claims (6)
1. a kind of double ampoule flat bottom devices, it is characterised in that: including rack (1), front rotary shaft (2), rear shaft (3), two ampoules
Bearing assembly (4), two flat heated nozzles (5) and driving mechanism (6)；
The front rotary shaft (2) and the rear shaft (3) are horizontally disposed with and are installed in rotation on the rack (1)；
Described two ampoule bearing assemblies (4) are symmetrical and are respectively used to two ampoule (M) bearings；
Described two flat heated nozzles (5) are located at immediately below the bottom surface described two ampoules (M) and position corresponds；
The ampoule bearing assembly (4) includes body front support disk (4-1), body rear support disk (4-2), bottleneck front support disk
(4-3), bottleneck rear support disk (4-4), small jar head front support disk (4-5) and small jar head rear support disk (4-6)；The body front support disk
(4-1), bottleneck front support disk (4-3) and small jar head front support disk (4-5) are solidly set on the front rotary shaft (2), are propped up after the body
Tray (4-2), bottleneck rear support disk (4-4) and small jar head rear support disk (4-6) are solidly set in the rear shaft (3), the bottle
The body (M-1) of body front support disk (4-1) and body rear support disk (4-2) for ampoule (M) supports, the bottleneck front support disk
The bottleneck (M-2) of (4-3) and bottleneck rear support disk (4-4) for ampoule (M) supports, the small jar head front support disk (4-5) and small jar head
Small jar head (M-3) of the rear support disk (4-6) for ampoule (M) supports；
The driving mechanism (6) connect with the front rotary shaft (2) and the rear shaft (3) and drives the front rotary shaft (2) and institute
State rear shaft (3) rotation.
2. a kind of double ampoule flat bottom devices as described in claim 1, it is characterised in that: the body front support disk (4-1), bottle
Behind after supporting disk (4-2), bottleneck front support disk (4-3), bottleneck rear support disk (4-4), small jar head front support disk (4-5) and small jar head
Material toggling mouth (K) is equipped on supporting disk (4-6).
3. a kind of double ampoule flat bottom devices as claimed in claim 2, it is characterised in that: the material toggling mouth (K) is V-shape or L
Shape.
4. a kind of double ampoule flat bottom devices as claimed in any one of claims 1-3, it is characterised in that: the driving mechanism
It (6) include motor (6-1), drive sprocket (6-2), chain (6-3), driven sprocket (6-4), preceding sprocket wheel (6-5) and rear sprocket wheel (6-
6), motor (6-1) output end is connect with the drive sprocket (6-2), and the drive sprocket (6-2) passes through chain (6-3)
It is connect with the driven sprocket (6-4), the preceding sprocket wheel (6-5) and the rear sprocket wheel (6-6) are connect with the chain (6-3)；
The preceding sprocket wheel (6-5) is solidly set on the front rotary shaft (2), and the rear sprocket wheel (6-6) is solidly set in the rear shaft (3).
5. a kind of horizontal production line of ampoule, it is characterised in that: have double ampoules of any of claims 1-3 flat
Bottom device.
6. a kind of horizontal production line of ampoule as claimed in claim 5, it is characterised in that: double ampoule flat bottom device tools
Have multiple and is sequentially distributed along ampoule (M) transporting direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920486493.2U CN209685580U (en) | 2019-04-11 | 2019-04-11 | A kind of double ampoule flat bottom devices and the horizontal production line of ampoule |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920486493.2U CN209685580U (en) | 2019-04-11 | 2019-04-11 | A kind of double ampoule flat bottom devices and the horizontal production line of ampoule |
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| Publication Number | Publication Date |
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| CN209685580U true CN209685580U (en) | 2019-11-26 |
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ID=68607626
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| CN201920486493.2U Active CN209685580U (en) | 2019-04-11 | 2019-04-11 | A kind of double ampoule flat bottom devices and the horizontal production line of ampoule |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111662001A (en) * | 2020-06-30 | 2020-09-15 | 重庆北源玻璃有限公司 | Continuous production line production process and processing line for making ampoule bottles from duplex bottles |
| CN113087372A (en) * | 2019-12-20 | 2021-07-09 | 肖特股份有限公司 | Glass container with glass bottom having improved properties |
-
2019
- 2019-04-11 CN CN201920486493.2U patent/CN209685580U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113087372A (en) * | 2019-12-20 | 2021-07-09 | 肖特股份有限公司 | Glass container with glass bottom having improved properties |
| CN113087372B (en) * | 2019-12-20 | 2024-04-09 | 肖特制药股份有限两合公司 | Glass container with improved performance glass bottom |
| CN111662001A (en) * | 2020-06-30 | 2020-09-15 | 重庆北源玻璃有限公司 | Continuous production line production process and processing line for making ampoule bottles from duplex bottles |
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| CP03 | Change of name, title or address |
Address after: 402560 No. 16-1 Jinshan Avenue, Tongliang Industrial Park, Chongqing Patentee after: Chongqing Beiyuan Glass Co.,Ltd. Address before: 402560 No. 16-1, Jinshan Avenue, Tongliang County (revoked) Industrial Park, Chongqing Patentee before: Chongqing Beiyuan Glass Co.,Ltd. |
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