CN103784314B - Horizontal ampoule machine - Google Patents
Horizontal ampoule machine Download PDFInfo
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- CN103784314B CN103784314B CN201310720593.4A CN201310720593A CN103784314B CN 103784314 B CN103784314 B CN 103784314B CN 201310720593 A CN201310720593 A CN 201310720593A CN 103784314 B CN103784314 B CN 103784314B
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Abstract
The invention discloses a kind of Horizontal Ampoule machine, structure is: by shaping mechanism rack-mount successively, printing mechanism, get indentation mechanism ready, undercutting mechanism forms, said mechanism is connected by conveying mechanism, before printing mechanism and undercutting mechanism all by hold-down mechanism realize duplex silk ampoule position correct, and printing mechanism, get ready indentation mechanism, undercutting mechanism all by power shaft realize interlock.Of the present inventionly before the undercutting of duplex silk ampoule, achieve lettering exactly once large advantage, thus eliminate special typing equipment, and structure comparison is reasonable.
Description
Technical field
The present invention relates to a kind of Horizontal Ampoule machine, especially relate to the Horizontal Ampoule machine of undercutting after a kind of first lettering.
Background technology
In the field producing ampoule, the existing mode of production still adopts first puts indentation undercutting again, next packaging of annealing, the method of last lettering again, adopt and need use two kinds of equipment in this way, a kind of is common Horizontal Ampoule machine, also have an equipment to be ink writer, soly just improve production cost, and while increasing equipment, also need to increase operator, not only time-consuming but also require great effort, and ampoule needs again to anneal, and easily causes the composition of glass unstable, percent defective improves, and reduces the income of enterprise.
Summary of the invention
The technical problem to be solved in the present invention is to provide the Horizontal Ampoule machine of undercutting after simple, compact, the first lettering of a kind of structure.
For solving the problems of the technologies described above, the technical scheme that Horizontal Ampoule machine of the present invention is taked is as follows:
A kind of Horizontal Ampoule machine, its innovative point is: described Horizontal Ampoule owner will comprise shaping mechanism, printing mechanism, gets indentation mechanism ready, undercutting mechanism; Described shaping mechanism, printing mechanism, get indentation mechanism ready, undercutting mechanism is linked together by conveying mechanism;
Described shaping mechanism is primarily of frame a, for pipe device, stretching device for fusing, conveyer device composition; The described pipe apparatus structure that supplies is: sprocket wheel is arranged on frame a, and chain a is arranged on by chain wheel drive on sprocket wheel, and chain a is equidistantly provided with U-shaped guide groove; Described stretching device for fusing structure is: be provided with rotating shaft in the rear end of frame a, rotating shaft is provided with have a U-shaped mouth pick wheel; Also be provided with pressure neck axle in the rear end of frame a, pressure neck axle is provided with the pressure neck wheel having flange by connecting rod, described pressure neck axle is provided with counterweight stone roller and swing arm a in the outside of frame a, described swing arm a is driven by the cam a driven through motor a; Described frame a is also provided with side plate a, and on side plate a, horizontal direction is provided with conveying axis a, and conveying axis a is equidistantly provided with delivery wheel a, and conveying axis a is driven by motor b and realizes interlock; Last root conveying axis a and pressure neck realize linking by chain b between taking turns; Tile-type lamp holder is also fixed with between conveying axis a; Also be provided with guide roller axis in side plate a front end, guide roller axis is evenly provided with deflector roll, be also provided with the axis of guide, the axis of guide is evenly set with tension block in frame a front end, described tension block is by cross-bridging connection for transmission, and described cross-bridging is driven by motor c; In the front end of frame a, side plate b is also installed, side plate b is provided with Pick Wire axle, conveying axis b, Pick Wire axle is provided with Pick Wire, conveying axis b is evenly provided with delivery wheel b, described Pick Wire axle is provided with swing arm b in the outside of side plate b, the cam b that this swing arm b is driven by motor a drives, and described conveying axis b is driven by motor b; Fusing lamp holder is arranged on the centre position of every two pieces of tension block; Inside side plate b, laterally install friction pulley, on friction pulley, cover has conveyer belt, and friction pulley is driven by power shaft;
Described printing mechanism structure is: side plate c is arranged on frame b, and side plate c is also provided with a bristle holder, described bristle holder presss from both sides a brush, side plate c also installs a printed panel support, printed panel support is used for laying printed panel;
Described indentation mechanism structure of getting ready is: on frame b, install the supporting disk that two have birdsmouth, be provided with device for dotting and scratching device, be also provided with device for dotting and scratching device at the opposite side of second supporting disk in the side of a supporting disk.Meanwhile, also hold down gag is separately installed with on the top of two supporting disks; The structure of described device for dotting is: bracing frame is arranged on frame b, bracing frame is provided with power transmission shaft, telescopic arm is driven to stretch up and down by the cam c be arranged on power transmission shaft, telescopic arm drives the rocking bar be laterally arranged on bracing frame to rotate, and realizes getting function ready with the upper and lower regular swing that this realizes getting ready pin; The structure of described scratching device is: comprise the motor cabinet being arranged on b in frame, and motor cabinet is driven by the cam d be arranged on power transmission shaft, and realize fluctuating, motor cabinet is provided with a motor e, motor e outfan is provided with an alloy blade; The structure of described hold down gag is: comprise the side plate d be arranged on frame b, described side plate d top is provided with cam e, side plate d is also provided with a swing arm c, side plate d is provided with depression bar bearing relative to the below of swing arm c, described depression bar bearing is provided with depression bar, between described depression bar bearing and depression bar, spring is installed;
The structure of described conveying mechanism is: be arranged on the conveying axis c on frame b, each root conveying axis c installs two delivery wheel c, described conveying axis c and all realizes interlock; Described conveying mechanism is made with following improvement after getting scratching device ready: between conveying axis c, be provided with a fusing lamp holder, fusing lamp holder is in the center of two delivery wheel c; At two the heating lamp holders of part installation after a while, form undercutting mechanism with this.
On this basis, adopt linear bearing transition between described tension block and the axis of guide, the axis of guide adopts high strength guiding optical axis.
On this basis, described tension block has 17, and lamp holder that shaping mechanism fuses is 16.
On this basis, described delivery wheel b, delivery wheel c all have osculum, the osculum position of the delivery wheel on same conveying axis is identical.
On this basis, between described shaping mechanism and printing mechanism, get ready between indentation mechanism and undercutting mechanism hold down gag a is all installed, the structure of described hold down gag a is: four feet of bracing frame a are arranged on frame b, the longeron of bracing frame a upper end is provided with T-shaped depression bar, be provided with torque spring between described T-shaped depression bar lateral part and bracing frame a, vertical portion is provided with roller in bottom.
On this basis, conveying axis c is also provided with spacing edge of a knife wheel relative to hold down gag a part to described conveying mechanism, spacing edge of a knife wheel is arranged on outside delivery wheel c, and has with the consistent osculum of delivery wheel c opening.
On this basis, described conveying mechanism is also provided with duplex silk cooling body between shaping mechanism and printing mechanism, the structure of this duplex silk cooling body is: side plate e is arranged on frame b, the upper and lower two ends of side plate e are separately installed with sprocket wheel b, on sprocket wheel b, cover has chain c, and chain c is equidistantly provided with T-steel sheet.
On this basis, be provided with prebake stove after described printing mechanism, be provided with annealing furnace after described undercutting mechanism, described prebake stove is identical with annealing furnace structure, structure is: couveuse is arranged on frame b, and frame b installs heating fire-tube and two conveying screw mandrels.
Beneficial effect of the present invention: the advantage of Horizontal Ampoule machine of the present invention has: 1, use printing mechanism on a production line, eliminates independent ink writer, provides cost savings and labour force; 2, on delivery wheel, have osculum, improve transfer efficiency; 3, employ hold-down mechanism in a device, and take turns with the use of the spacing edge of a knife, make duplex silk ampoule can automatic alignment, improve the percentage of A-class goods.
Accompanying drawing explanation
Figure 1 shows that the side structure schematic diagram of Horizontal Ampoule machine of the present invention.
Figure 2 shows that the top view of the shaping mechanism of Horizontal Ampoule machine of the present invention.
Figure 3 shows that the side view of the shaping mechanism of Horizontal Ampoule machine of the present invention.
Figure 4 shows that the structural scheme of mechanism of the cross-bridging of the shaping mechanism of Horizontal Ampoule machine of the present invention.
Figure 5 shows that the top view of the printing mechanism of Horizontal Ampoule machine of the present invention.
Figure 6 shows that the side view of the printing mechanism of Horizontal Ampoule machine of the present invention.
Figure 7 shows that the top view getting indentation mechanism ready of Horizontal Ampoule machine of the present invention.
Figure 8 shows that the side view getting indentation mechanism ready of Horizontal Ampoule machine of the present invention.
Detailed description of the invention
The present invention forms by with lower component: shaping mechanism 1, printing mechanism 2, get indentation mechanism 3, undercutting mechanism 4, conveying mechanism 70 ready.
As shown in Figure 2 and Figure 3, shaping mechanism 1 forms primarily of frame a1-1, confession pipe device 1-2, stretching device for fusing 1-3, conveyer device 1-4.
Sprocket wheel 5 for pipe device 1-2 is arranged on the crossbeam of frame a1-1, two sprocket wheels 5 are set with chain a6, chain a6 is driven by sprocket wheel 5, elevated to enable glass tubing, chain a6 is also equidistantly provided with U-shaped guide groove 7, and this sprocket wheel 5 has the motor a8 being arranged on frame a1-1 side to drive.
The rotating shaft 9 of stretching fuse body 1-3 is arranged on the rear end of frame a1-1, rotating shaft 9 is provided with have a U-shaped mouth pick wheel 10, this object picking wheel 10 is exactly to make glass tubing excessive on next step stably.Also be provided with pressure neck axle 11 in the rear end of frame a1-1, pressure neck axle 11 is provided with the pressure neck wheel 13 having flange by connecting rod 12, and the object of this pressure neck wheel is exactly the bottleneck in order to suppress ampoule.Pressure neck axle 11 is also provided with counterweight stone roller 14 and swing arm a15 in the outside of frame a1-1, and the cam a16 that swing arm a15 is driven by motor a8 drives.Frame a1-1 is also provided with side plate a1-5, and on side plate a1-5, horizontal direction is provided with conveying axis a17, and conveying axis a17 is equidistantly provided with delivery wheel a18, and conveying axis a17 is driven by the motor b19 being arranged on frame a1-1 opposite side and realizes interlock; Last root conveying axis a17 and pressure neck realize linking by chain b20 between taking turns 13.Tile-type lamp holder is also fixed with for heating between conveying axis a17.In the front end of side plate a1-5, guide roller axis 21 is also installed, guide roller axis 21 is uniformly distributed deflector roll 22 is installed, in the front end of frame a1-1, the axis of guide 23 is also installed, on the axis of guide 23, also cover has 17 tension block 24, these tension block 24 are by cross-bridging 25 connection for transmission, cross-bridging 25 is by the motor c26 being arranged on frame a1-1 front end, linear bearing transition is adopted between the described axis of guide 23 and tension block 24, the axis of guide adopts high strength guiding optical axis, adopts the effect of linear bearing to be to prevent radial beating.In the front end of frame a1-1, side plate b1-6 is also installed, side plate b1-6 is provided with Pick Wire axle 27 and conveying axis b28.Pick Wire axle 27 is evenly provided with Pick Wire 29, and Pick Wire axle 27 is provided with swing arm b30 in the outside of side plate b1-6, the cam b31 that this swing arm b30 is driven by motor a8 drives.Conveying axis b28 is provided with delivery wheel b32, delivery wheel b32 has osculum, conveying axis b28 is driven by motor b19.16 fusing lamp holders are arranged on the centre position of every two pieces of tension block 24.
The structure of conveyer device 1-4 is: be also horizontally installed with two friction pulleys 33 in the inner side of side plate b1-6, and on friction pulley 33, cover has conveyer belt 34, and friction pulley 33 is driven by power shaft 69.
As shown in Figure 5, Figure 6, the structure of printing mechanism 2 is: side plate c2-1 is arranged on frame b35, side plate c2-1 is provided with a bristle holder 2-2, on this bristle holder 2-2, clamping one is brush 2-3, side plate c2-1 also installs a printed panel support 2-4, when an innovative point of the present invention is just printed panel 2-5 to be placed on printed panel support 2-4, a locating template 2-6 can also be placed therebetween, so just can select different locating template 2-6 according to the ampoule of different size, realize the object of quick aligning.
As shown in Figure 7, Figure 8, the structure getting indentation mechanism 3 ready is: on frame b35, install two supporting disks 36, this supporting disk 36 has osculum, in the sensing center of circle, one side deviating from direction of rotation, towards direction of rotation while leave gradient, so is in order to convenient in course of conveying, not easily landing.Device for dotting 3-1 and scratching device 3-2 is installed in the side of a supporting disk 36, at the opposite side of second supporting disk 36, device for dotting 3-1 and scratching device 3-2 is also installed.Meanwhile, hold down gag 3-3 is also separately installed with on the top of two supporting disks 36.
The structure of described device for dotting 3-1 is: bracing frame 37 is arranged on frame b35, bracing frame 37 is provided with power transmission shaft 38, telescopic arm about 40 is driven to stretch by the cam c39 be arranged on power transmission shaft 38, telescopic arm 40 drives the laterally rocking bar 41 be arranged on bracing frame 37 to rotate, and realizes getting function ready with the upper and lower regular swing that this realizes getting ready pin.
The structure of indentation mechanism 3-2 is: motor cabinet 42 is arranged on frame b35, and driven by the cam d43 be arranged on power transmission shaft 38, realize fluctuating, motor cabinet 42 is provided with a motor e44, motor e44 outfan is provided with an alloy blade 45.
The structure of hold-down mechanism 3-3 is: side plate d46 is arranged on frame b35, top is provided with cam e47, side plate d46 is also provided with a swing arm c48, side plate d46 is provided with depression bar bearing 49 relative to the below of swing arm c48, depression bar bearing 49 is provided with depression bar 50, between described depression bar bearing 49 and depression bar 50, spring 51 is installed.
As shown in Figure 5, Figure 6, the structure of conveying mechanism 70 is: conveying axis c52 is arranged on frame b35, and each root conveying axis c52 installs the delivery wheel c53 that two have osculum, and conveying axis c52 all realizes interlock; Described conveying mechanism 70 is made with following improvement after getting scratching device 3 ready: between conveying axis c52, be provided with fusing lamp holder, and fusing lamp holder is in the center of two delivery wheel c53; At two the heating lamp holders of part installation after a while, form undercutting mechanism 4 with this.
Meanwhile, between shaping mechanism 1 and printing mechanism 2, get ready between indentation mechanism 3 and undercutting mechanism 4 hold down gag a54 is all installed, structure is: four feet of bracing frame a55 are arranged on frame b35, the longeron of bracing frame a55 upper end is provided with T-shaped depression bar 56, be provided with torque spring 57 between described T-shaped depression bar 56 lateral part and bracing frame a55, vertical portion is provided with roller 58 in bottom.
In order to coordinate hold down gag a54, conveying mechanism 70 corresponds to the position of hold down gag a54, conveying axis c52 is provided with spacing edge of a knife wheel 59, spacing edge of a knife wheel 59 also has osculum, and the position consistency of osculum on osculum position and delivery wheel c53.
In order to the mariages that shaped device 1 can be made to provide cools down, do not take up room again, conveying mechanism 70 was also provided with duplex silk cooling body before printing device 2, the structure of this duplex silk cooling body is: side plate e60 is arranged on frame b35, side plate e60 two ends are separately installed with sprocket wheel b61, on sprocket wheel b61, cover has chain c62, and this chain c62 is equidistantly provided with T-steel sheet 63, while increase mariages stroke, in turn save space.
After prebake stove 64, undercutting device 4 being installed after printing device 2, an annealing furnace 65, two furnace structure also to be installed identical, for couveuse 66 is arranged on frame b35, frame b35 install heating fire-tube 67 and two conveying screw mandrels 68.
Printing mechanism 2, get ready indentation mechanism 3, undercutting mechanism 4, conveying mechanism 70, conveying screw mandrel 68 by power shaft 69 realize interlock, in order to ensure whole equipment traveling comfort, printing mechanism 2, get ready indentation mechanism 3, undercutting mechanism 4, between conveying mechanism 70 and power shaft 69 all by transition axis transition.
Use principle: be promoted on stretching device for fusing 1-3 through the pipe device 1-2 that supplies of shaping mechanism 1 for the glass tubing on pipe support, duplex silk ampoule is become after stretched fusing, again through conveying mechanism 70, successively through printing mechanism 2, get indentation mechanism 3, undercutting mechanism 4 ready, realize the lettering of ampoule, get indentation ready, finally form the ampoule that each is independent.
Claims (8)
1. a Horizontal Ampoule machine, is characterized in that: described Horizontal Ampoule owner will comprise shaping mechanism, printing mechanism, gets indentation mechanism ready, undercutting mechanism; Described shaping mechanism, printing mechanism, get indentation mechanism ready, undercutting mechanism is linked together by conveying mechanism;
Described shaping mechanism is primarily of frame a, for pipe device, stretching device for fusing, conveyer device composition; The described pipe apparatus structure that supplies is: sprocket wheel is arranged on frame a, and chain a is arranged on by chain wheel drive on sprocket wheel, and chain a is equidistantly provided with U-shaped guide groove; Described stretching device for fusing structure is: be provided with rotating shaft in the rear end of frame a, rotating shaft is provided with have a U-shaped mouth pick wheel; Also be provided with pressure neck axle in the rear end of frame a, pressure neck axle is provided with the pressure neck wheel having flange by connecting rod, described pressure neck axle is provided with counterweight stone roller and swing arm a in the outside of frame a, described swing arm a is driven by the cam a driven through motor a; Described frame a is also provided with side plate a, and on side plate a, horizontal direction is provided with conveying axis a, and conveying axis a is equidistantly provided with delivery wheel a, and conveying axis a is driven by motor b and realizes interlock; Last root conveying axis a and pressure neck realize linking by chain b between taking turns; Tile-type lamp holder is also fixed with between conveying axis a; Also be provided with guide roller axis in side plate a front end, guide roller axis is evenly provided with deflector roll, be also provided with the axis of guide, the axis of guide is evenly set with tension block in frame a front end, described tension block is by cross-bridging connection for transmission, and described cross-bridging is driven by motor c; In the front end of frame a, side plate b is also installed, side plate b is provided with Pick Wire axle, conveying axis b, Pick Wire axle is provided with Pick Wire, conveying axis b is evenly provided with delivery wheel b, described Pick Wire axle is provided with swing arm b in the outside of side plate b, the cam b that this swing arm b is driven by motor a drives, and described conveying axis b is driven by motor b; Fusing lamp holder is arranged on the centre position of every two pieces of tension block; Inside side plate b, laterally install friction pulley, on friction pulley, cover has conveyer belt, and friction pulley is driven by power shaft;
Described printing mechanism structure is: side plate c is arranged on frame b, and side plate c is also provided with a bristle holder, described bristle holder presss from both sides a brush, side plate c also installs a printed panel support, printed panel support is used for laying printed panel;
Described indentation mechanism structure of getting ready is: on frame b, install the supporting disk that two have birdsmouth, be provided with device for dotting and scratching device, be also provided with device for dotting and scratching device at the opposite side of second supporting disk in the side of a supporting disk;
Meanwhile, also hold down gag is separately installed with on the top of two supporting disks; The structure of described device for dotting is: bracing frame is arranged on frame b, bracing frame is provided with power transmission shaft, telescopic arm is driven to stretch up and down by the cam c be arranged on power transmission shaft, telescopic arm drives the rocking bar be laterally arranged on bracing frame to rotate, and realizes getting function ready with the upper and lower regular swing that this realizes getting ready pin; The structure of described scratching device is: comprise the motor cabinet being arranged on b in frame, and motor cabinet is driven by the cam d be arranged on power transmission shaft, and realize fluctuating, motor cabinet is provided with a motor e, motor e outfan is provided with an alloy blade; The structure of described hold down gag is: comprise the side plate d be arranged on frame b, described side plate d top is provided with cam e, side plate d is also provided with a swing arm c, side plate d is provided with depression bar bearing relative to the below of swing arm c, described depression bar bearing is provided with depression bar, between described depression bar bearing and depression bar, spring is installed;
The structure of described conveying mechanism is: be arranged on the conveying axis c on frame b, each root conveying axis c installs two delivery wheel c, described conveying axis c and all realizes interlock; Described conveying mechanism is made with following improvement after getting scratching device ready: between conveying axis c, be provided with a fusing lamp holder, fusing lamp holder is in the center of two delivery wheel c; At two the heating lamp holders of part installation after a while, form undercutting mechanism with this.
2. Horizontal Ampoule machine according to claim 1, is characterized in that: adopt linear bearing transition between described tension block and the axis of guide, and the axis of guide adopts high strength guiding optical axis.
3. Horizontal Ampoule machine according to claim 2, is characterized in that: described tension block has 17, lamp holder that shaping mechanism fuses is 16.
4. Horizontal Ampoule machine according to claim 3, is characterized in that: described delivery wheel b, delivery wheel c all have osculum, and the osculum position of the delivery wheel on same conveying axis is identical.
5. Horizontal Ampoule machine according to claim 4, it is characterized in that: between described shaping mechanism and printing mechanism, get ready between indentation mechanism and undercutting mechanism hold down gag a is all installed, the structure of described hold down gag a is: four feet of bracing frame a are arranged on frame b, the longeron of bracing frame a upper end is provided with T-shaped depression bar, be provided with torque spring between described T-shaped depression bar lateral part and bracing frame a, vertical portion is provided with roller in bottom.
6. Horizontal Ampoule machine according to claim 5, it is characterized in that: conveying axis c is also provided with spacing edge of a knife wheel relative to hold down gag a part to described conveying mechanism, spacing edge of a knife wheel is arranged on outside delivery wheel c, and has with the consistent osculum of delivery wheel c opening.
7. Horizontal Ampoule machine according to claim 1, it is characterized in that: described conveying mechanism is also provided with duplex silk cooling body between shaping mechanism and printing mechanism, the structure of this duplex silk cooling body is: side plate e is arranged on frame b, the upper and lower two ends of side plate e are separately installed with sprocket wheel b, on sprocket wheel b, cover has chain c, and chain c is equidistantly provided with T-steel sheet.
8. the Horizontal Ampoule machine according to claim 6 or 7, it is characterized in that: prebake stove is installed after described printing mechanism, after described undercutting mechanism, annealing furnace is installed, described prebake stove is identical with annealing furnace structure, structure is: couveuse is arranged on frame b, and frame b installs heating fire-tube and two conveying screw mandrels.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310720593.4A CN103784314B (en) | 2013-12-24 | 2013-12-24 | Horizontal ampoule machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310720593.4A CN103784314B (en) | 2013-12-24 | 2013-12-24 | Horizontal ampoule machine |
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| Publication Number | Publication Date |
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| CN103784314A CN103784314A (en) | 2014-05-14 |
| CN103784314B true CN103784314B (en) | 2016-01-20 |
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| CN201310720593.4A Active CN103784314B (en) | 2013-12-24 | 2013-12-24 | Horizontal ampoule machine |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112519402B (en) * | 2020-12-22 | 2023-10-24 | 南通众邦医疗设备厂 | Four aircraft nose ampoule colored glaze sintering inker |
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| CN2640753Y (en) * | 2003-09-12 | 2004-09-15 | 南通耀荣玻璃股份有限公司 | Duplex printing bottle maker for ampoul |
| CN200975451Y (en) * | 2006-11-17 | 2007-11-14 | 山东省药用玻璃股份有限公司 | Ampule machine transmission device |
| CN102503089A (en) * | 2011-10-09 | 2012-06-20 | 双峰格雷斯海姆医药包装（镇江）有限公司 | Manufacturing process of ampoule bottle |
| CN102632696A (en) * | 2012-04-13 | 2012-08-15 | 王昌佑 | Material containing and stacking device of curved-surface printing machine |
| CN102658889A (en) * | 2012-05-03 | 2012-09-12 | 刘丙炎 | Automatic ampoule conveying device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030221108A1 (en) * | 2002-05-17 | 2003-11-27 | Paul Rupp | Method for tamperproof marking of products |
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2013
- 2013-12-24 CN CN201310720593.4A patent/CN103784314B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2640753Y (en) * | 2003-09-12 | 2004-09-15 | 南通耀荣玻璃股份有限公司 | Duplex printing bottle maker for ampoul |
| CN200975451Y (en) * | 2006-11-17 | 2007-11-14 | 山东省药用玻璃股份有限公司 | Ampule machine transmission device |
| CN102503089A (en) * | 2011-10-09 | 2012-06-20 | 双峰格雷斯海姆医药包装（镇江）有限公司 | Manufacturing process of ampoule bottle |
| CN102632696A (en) * | 2012-04-13 | 2012-08-15 | 王昌佑 | Material containing and stacking device of curved-surface printing machine |
| CN102658889A (en) * | 2012-05-03 | 2012-09-12 | 刘丙炎 | Automatic ampoule conveying device |
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Inventor after: Sun Xuming Inventor after: Ji Dexiang Inventor after: Du Yingwei Inventor before: Sun Xuming Inventor before: Du Yingwei |
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