CN201124592Y - Double hose large transfusion soft bag-making machine with intelligent printing mechanism - Google Patents
Double hose large transfusion soft bag-making machine with intelligent printing mechanism Download PDFInfo
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- CN201124592Y CN201124592Y CNU2007201767425U CN200720176742U CN201124592Y CN 201124592 Y CN201124592 Y CN 201124592Y CN U2007201767425 U CNU2007201767425 U CN U2007201767425U CN 200720176742 U CN200720176742 U CN 200720176742U CN 201124592 Y CN201124592 Y CN 201124592Y
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- hose adapter
- bag
- straight
- script
- horizontal movement
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Abstract
The utility model discloses a double-hose major transfusion soft bag making machine; an intelligent printing mechanism is arranged between a film feeding mechanism and a film tensioning mechanism, and comprises at least one set of heat transfer stamping intelligent marking system that can print the word content of the major transfusion soft bag, a set of printer horizontal movement system, a printer frame and a bag film fixing device. The heat transfer stamping intelligent marking system comprises a control panel and at least one printer; the printer is fixed on the horizontal movement system; the horizontal movement system and the bag film fixing device are fixed on the printer frame. Compared with prior art, the bag making machine can print real-time variables, such as date of manufacture, batch number and expiry date, and can print bar codes and ensure good printing quality, thus solving the problems with prior art of the requirements for changing batch numbers and heating the batch numbers, low production efficiency and poor printing quality. Therefore, the production efficiency and the product quality are enhanced. The horizontal movement system can satisfy the speed and displacement required by the heat transfer intelligent marking system for normal printing, and can ensure convenient use, good efficiency and good product quality.
Description
Technical field
The utility model relates to a kind of pharmaceutical equipment.
Background technology
The printing device of existing large-volume infusion soft bag making machine is shown in Figure 15,16: when bag film 13 enters printing device 2, the bag film is fixed on the backing plate 232 by bag film fixture 24, cylinder 26 drives the printing stencil 27 and the lot number body 28 that have been heated to design temperature and moves downward, colour band 29 is pressed onto on the bag film 13, thereby the colouring agent thermoprint on the colour band 29 is finished lettering work to bag film 13.26 withdrawals of pressurize certain hour exhaust hood, printing stencil 27 and lot number body 28 move upward and leave bag film 13, and the ram retracts on the press mold cylinder 242 on the bag film fixture 24 is decontroled bag film 13 simultaneously, waits for lettering next time.
Adopt the large-volume infusion soft bag production lines of this printing device to have following shortcoming:
1, general every production 1.5 hours needs to change lot number, change need behind the lot number lot number body is heated to design temperature after production line could move (needing 20 minutes), so per tour (by calculation in 8 hours) running time is about 6.5 hours, promptly living energy utilization rate have only 81%.
2, main label content 141 differences then need different printing stencils 27, thereby cause printing stencil various in style 27, and occupied fund is big.The Pharmacopoeia of the People's Republic of China, GMP and national Bureau of Drugs Supervision rules periodic modification are scrapped thereby cause the change of main label content to be directed at existing printing stencil 27 simultaneously.Printing stencil 27 investments that more renew are big.
3, because there is certain error in processing, and printing stencil 27 and lot number body 28 are installed on the same heating plate, thereby the unclear situation of lettering may occur, thereby influence product quality; Be transferred to the state that meets the demands, debug time is long.
4, owing to adopt heating plate heating printing board 27, the thermal efficiency is low, and energy consumption is big.
5, colour band 29 utilization rates are low, lettering cost height.
6, can not print the proof of identification-product bar code of single product.Thereby cause existing infusion solutions product after opening the box, can't follow the tracks of the use result of single product.
The utility model content
At the deficiencies in the prior art, the purpose of this utility model is to provide two flexible pipe big infusion soft bag paper bag machines of the band intelligent printer structure of a kind of easy to use, lettering steady quality, production efficiency height, colour band utilization rate height, printable bar code.
The technical scheme in the invention for solving the technical problem is: a kind of two flexible pipe large-volume infusion soft bag making machines with the intelligent printer structure comprise the film feeding mechanism 1, filming-drawing mechanism 3, builder 4, the hose adapter welding mechanism 5 that are installed on the frame 8, go to slitter edge mechanism 6, bag output mechanism 7, hose adapter conveying mechanism 10, hose adapter preheating mechanism 11 and control system 12; Wherein film feeding mechanism 1, filming-drawing mechanism 3, builder 4, hose adapter welding mechanism 5, go slitter edge mechanism 6 and bag output mechanism 7 to be arranged in order into different station in order, hose adapter conveying mechanism 10 is installed in builder 4, hose adapter welding mechanism 5, go to slitter edge mechanism 6, bag output mechanism 7 fronts, hose adapter preheating mechanism 11 is installed on the station before hose adapter enters builder 4, hose adapter mechanism 9 on hose adapter conveying mechanism 10 fronts are provided with automatically, this Bag Making Machine is provided with intelligent printer structure 2 between film feeding mechanism 1 and filming-drawing mechanism 3, described intelligent printer structure 2 comprises that at least one cover can print the hot transfer printing intelligence of big infusion soft bag lettering content and beat code system 21, one cover type-script horizontal movement system 22, lettering frame 23 and bag film fixture 24, described hot transfer printing intelligence is beaten code system 21 and is comprised control panel 212 and at least one type-script 211, described type-script 211 is fixed on the horizontal movement system 22, and described horizontal movement system 22 and bag film fixture 24 are fixed on the lettering frame 23.
Two flexible pipe large-volume infusion soft bag making machines of described band intelligent printer structure, described horizontal movement system 22 is the one dimension straight-line motion mechanism, is made up of electro-motor (servo motor or stepper motor) 2211, linear actuator 2212 and the linear guide 2113 of speed-controllable system.
Two flexible pipe large-volume infusion soft bag making machines of described band intelligent printer structure, described horizontal movement system 22 is two-dimentional straight-line motion mechanism, wherein only controls first straight-line motion mechanism 221 of type-script 211 motions and is made up of first electro-motor (servo motor or stepper motor), 2111, first linear actuator 2212 and first linear guide 2113 of speed-controllable system.Control is made second straight-line motion mechanism 222 of type- script 211 and 221 motions of first straight-line motion mechanism for the pneumatic actuation linear guide, is made up of the rectilinear motion cylinder 2221 and second linear guide 2222.
Described a kind of two flexible pipe large-volume infusion soft bag making machines with the intelligent printer structure, described horizontal movement system 22 is two-dimentional straight-line motion mechanism, wherein only controls first straight-line motion mechanism 221 of type-script 211 motions and is made up of first electro-motor (servo motor or stepper motor), 2111, first linear actuator 2212 and first linear guide 2113 of speed-controllable system.Control is made second straight-line motion mechanism 222 of type- script 211 and 221 motions of first straight-line motion mechanism and is made up of second electro-motor (servo motor or stepper motor), 2223, second linear actuator 2224 and the 3rd linear guide 2225 of speed-controllable system.
Two flexible pipe large-volume infusion soft bag making machines of band intelligent printer structure of the present utility model, because on the basis of original Bag Making Machine, increased the intelligent printer structure, this intelligent printer structure comprises that at least one cover can print the hot transfer printing intelligence of big infusion soft bag mark content and beat code system and and overlap horizontal movement system, by horizontal movement system and the intelligent cooperation of beating code system of hot transfer printing, realize printing, described hot transfer printing intelligence is played input and the printing that code system can be finished figure, literal; Can print real-time variable, as date of manufacture, lot number, the term of validity; Energy type slug font code, and displacement system can provide and satisfies hot transfer printing intelligence and play normal desired speed of printing of code system and displacement, need in the prior art to change lot number, lot number is heated thereby solved, production efficiency is low, the problem of print quality difference, thus production efficiency and product quality improved.
Description of drawings
Fig. 1 is the empty bag configuration schematic diagrames of two flexible pipe big infusion soft bags;
Fig. 2 is the structural representation front view of the utility model embodiment 1;
The vertical view of Fig. 3 Fig. 2;
Fig. 4 by the utility model embodiment 1 the structural representation front view of employing intelligent printer structure;
Fig. 5 is Fig. 4 left view;
Fig. 6 is the schematic diagram behind the bag film lettering;
Fig. 7 is the structural representation front view of the utility model embodiment 2;
The vertical view of Fig. 8 Fig. 2;
Fig. 9 by the utility model embodiment 2 the structural representation front view of employing intelligent printer structure;
Figure 10 is Fig. 9 left view;
Figure 11 is the structural representation front view of the utility model embodiment 3;
The vertical view of Figure 12 Figure 11;
Figure 13 by the utility model embodiment 3 the structural representation front view of employing intelligent printer structure;
Figure 14 is Figure 13 left view;
Figure 15 is the structural representation of prior art printing mechanism;
Figure 16 is the schematic diagram of bag film behind the prior art lettering
Description of drawings:
1, film feeding mechanism 101, weight 2, intelligent printer structure
3, filming-drawing mechanism 4, builder 5, hose adapter welding mechanism
6, go slitter edge mechanism 7, bag output mechanism 8, frame
9, go up hose adapter mechanism 10, hose adapter conveying mechanism automatically
11, hose adapter preheating mechanism
12, control system 13, bag film 14, empty sack
141, lettering content 142, hose adapter 143, slitter edge
21, hot transfer printing intelligence is beaten code system 211, type-script 2111, printhead
212, control panel 22, horizontal movement system
221, first straight-line motion mechanism 2211, first electro-motor
2212, first linear actuator
2113, first linear guide.222, second straight-line motion mechanism
2221, rectilinear motion cylinder 2222, second linear guide
2223, second electro-motor 2224, second linear actuator
2225, the 3rd linear guide 23, lettering frame
231, wallboard 232, backing plate
24, bag film fixture 241, installing rack 242, press mold cylinder
26, cylinder 27, printing stencil 28, lot number body
29, colour band
The specific embodiment
Shown in Fig. 2,3, this Bag Making Machine is that 2 two flexible pipe big infusion soft bags of one action circulation production are packed with empty sack 14.Mainly by intelligent printer structure 1, filming-drawing mechanism 3, builder 4, hose adapter welding mechanism 5, go slitter edge mechanism 6, bag output mechanism 7, frame 8, go up hose adapter mechanism 9, hose adapter conveying mechanism 10, hose adapter preheating mechanism 11 and control system 12 automatically and form; Film feeding mechanism 1, filming-drawing mechanism 3, builder 4, hose adapter welding mechanism 5, go to slitter edge mechanism 6, bag output mechanism 7, hose adapter conveying mechanism 10, hose adapter preheating mechanism 11 and control system 12 are installed on the frame 8, wherein film feeding mechanism 1, filming-drawing mechanism 3, builder 4, hose adapter welding mechanism 5, go slitter edge mechanism 6 and bag output mechanism 7 to be arranged in order into different station in order, hose adapter conveying mechanism 10 is installed in builder 4, joint weld mechanism 5, go to slitter edge mechanism 6 and bag output mechanism 7 fronts, hose adapter preheating mechanism 11 is installed on the station before hose adapter enters builder 4, goes up hose adapter mechanism 9 automatically and is positioned at hose adapter conveying mechanism 10 fronts.
When filming-drawing mechanism 3 is sent bag film 13 into builder 4, bag film 13 through intelligent printer structure 2 is fixed on the backing plate 232, at this moment intelligent printer structure 2 leaves as work, prints to the lettering content 141 that configures on the bag film 13 and gets back to initial position and wait for working cycles next time.When shaping mechanism 4 work was finished, filming-drawing mechanism 3 was sent the bag film 13 of printed lettering content into builder 4, and film feeding mechanism 1 is sent the bag film to guarantee that bag film 13 is under the tensioning state of weight 101 all the time and pulled out by filming-drawing mechanism 3 simultaneously.
Automatically upward hose adapter mechanism 9 cuts hose adapter 142 length on request and delivers on the hose adapter conveying mechanism 10 preheated being beneficial to and 13 welding of bag film when hose adapter 142 is parked in hose adapter preheating mechanism 11 stations under the conveying of hose adapter conveying mechanism 10.Hose adapter 142 that was heated and the bag film 13 that had printed word are made into sky sack 14 when sending into builder 4 stations together, when empty bag 14 was parked in hose adapter welding mechanism 5 stations under the conveying of hose adapter conveying mechanism 10, hose adapter 142 was welded once more with bag film 13.When empty bag 14 was parked in slitter edge mechanism 6 stations forward, the slitter edge 143 that forms during bag was torn by a slitter edge mechanism 6.When the empty bag 14 that is removed slitter edge was parked in bag output mechanism 7 stations forward, empty bag 14 was taken out from hose adapter conveying mechanism 10 by manipulator and sends into next procedure or catch tray, thereby finishes the work of whole Bag Making Machine.The work running of whole Bag Making Machine is controlled automatically by control system 12 and is finished.
The intelligent printer structure 2 that adopts in the present embodiment is as Fig. 4, shown in 5, type-script 211 is fixed on the slide block of first linear actuator 2212, first linear actuator 2212 is fixed on the wallboard 231 of lettering frame 23, when when bag film 13 send above the backing plate 232 of printing device, stopping, the bag film is fixed on the backing plate 232 by bag film fixture 24, slide block band on first electro-motor (servo motor or stepper motor) driving, first linear actuator 2212 type-script 211 and is moved right along first linear guide 2213, when speed reaches the speed of printing requirement, printhead 2111 on the type-script prints to the content that configures on the bag film 13, but one-time continuous is printed the lettering content of a plurality of sacks, one-time continuous is printed 2 in shown in Figure 6, prints a plurality of (as 3 but can follow according to production line requirement one-time continuous, 4,5,6) the lettering content of sack.When printing finishes, first linear actuator 2212 be with type-script 211 along first linear guide 2213 to left movement, get back to original position, simultaneously the ram retracts on the press mold cylinder 242 on the bag film fixture 24, decontrol bag film 13, wait for next time and printing.It is the width of maximum printing height L=printhead that printing maximum height L in this example is subjected to the width restriction of printhead.But example structure is simple, and cost is low.Differ bigger as printhead width and L, then can adorn two type-scripts 211, so then the width sum of two printheads 2111=maximum printing height L.
Embodiment 2: as Fig. 7, shown in 8, its operation principle is identical with embodiment 1, unique different be that the intelligent printer structure 2 that adopted is different, as Fig. 9, shown in 10, type-script 211 is fixed on the slide block of first linear actuator 2212 of first straight-line motion mechanism 221, first linear actuator 2212 is fixed on the slide block of second linear guide 2222 of second straight-line motion mechanism 222, second straight-line motion mechanism is fixed on the wallboard 231 of lettering frame 23, when the bag film send when stopping above the backing plate 232 of printing device, the bag film is fixed on the backing plate 232 by bag film fixture 24.First electro-motor 2211 (servo motor or stepper motor) drives slide block band on first linear actuator 2212 and type-script 211 and move right along first linear guide 2213 as shown in figure 10, when speed reaches the speed of printing requirement, the content that printhead 2111 on the type-script begins to configure prints on the bag film 13, once only print the lettering content of a sack, after having printed a sack, first electro-motor 2211 (servo motor or stepper motor) drive slide block band on first linear actuator 2212 type-script 211 along first linear guide 2213 to left movement, simultaneously as shown in Figure 9, first straight-line motion mechanism by slide block band on rectilinear motion cylinder 2221 drivings second linear guide 2222 and type-script 211 moves right along second linear guide 2222, like this type-script to the right (shown in Figure 9) move to the bag film place that the next one etc. is printed, then type-script is got back to the initial print position of high order end again as shown in figure 10, like this as long as repeat the action that first sack is printed.When printing finishes, first linear actuator 2212 be with type-script 211 along first linear guide 2213 to left movement, get back to original position, simultaneously rectilinear motion cylinder 2221 drives slide block band on second linear guide 2222 and first straight-line motion mechanism and type-script 211 and get back to original position along second linear guide 2222 to left movement, finish the one action circulation, ram retracts on the press mold cylinder 242 on the bag film fixture 24 is decontroled bag film 13 and is waited for working cycles next time simultaneously.The one action circulation is only printed 2 (as shown in Figure 6) among the figure.But can follow the lettering content of printing a plurality of (adopt multidigit rectilinear motion cylinder, but then the one action circulation can be made a call to 3 and 4) sack according to the circulation of production line requirement one action.Printing maximum height L in this example is not subjected to the width restriction of printhead but the maximum printing width W is limited by the width of printhead, i.e. the width of maximum printing width W=printhead.So being fit to print height L variation production line greatly, present embodiment uses.Owing to adopt the rectilinear motion cylinder, as the driving power of second straight-line motion mechanism, so cost is relatively low.
Embodiment 3: as Figure 11, its operation principle shown in 12 is identical with embodiment 1, unique different be that the intelligent printer structure 2 that adopted is different, as Figure 13, shown in 14, type-script 211 is fixed on the slide block of first linear actuator 2212 of first straight-line motion mechanism 221, first linear actuator 2212 is fixed on the slide block of second linear guide 2222 of second straight-line motion mechanism 222, second straight-line motion mechanism is fixed on the wallboard 231 of lettering frame 23, when the bag film send when stopping above the backing plate 232 of printing device, the bag film is fixed on the backing plate 232 by bag film fixture 24.First electro-motor (servo motor or stepper motor) 2211 drives slide block band on first linear actuator 2212 and type-script 211 and move right along first linear guide 2213 as shown in Figure 8, when speed reaches the speed of printing requirement, the content that printhead 2111 on the type-script begins to configure prints on the bag film 13, once only print the lettering content of a sack, after having printed a sack, first electro-motor 2211 (servo motor or stepper motor) drive slide block band on first linear actuator 2212 type-script 211 along first linear guide 2213 to left movement, simultaneously as shown in Figure 7, second electro-motor 2223 (servo motor or stepper motor) drives slide block band on second linear actuator 2224 and first straight-line motion mechanism 221 and type-script 211 to along the 3rd linear guide 2225 right motions, like this type-script to the right (shown in Figure 7) move to the bag film place that the next one etc. is printed, then type-script 211 is got back to the initial print position of high order end again as shown in figure 11, like this as long as repeat the action that first sack is printed.When printing finishes, first linear actuator 2212 be with type-script 211 along first linear guide 2213 to left movement, get back to original position, second electro-motor 2223 (servo motor or stepper motor) drives slide block band on second linear actuator 2224 and first straight-line motion mechanism 221 and type-script 211 and get back to original position along the 3rd linear guide 2225 to left movement, finishes the one action circulation.Ram retracts on the press mold cylinder 242 on the bag film fixture 24 is decontroled bag film 13 and is waited for working cycles next time simultaneously.The one action circulation is only printed 2 among the figure.But can follow the lettering content of printing a plurality of (as 3,4,5,6) sack according to the circulation of production line requirement one action.Printing maximum height L in this example is not subjected to the width restriction of printhead but the maximum printing width W is limited by the width of printhead, i.e. the width of maximum printing width W=printhead.So being fit to print height L variation production line greatly, present embodiment uses.Because electro-motor (servo motor or stepper motor) as the driving power of second straight-line motion mechanism, so cost is higher relatively, but is fit to the production line usefulness that a plurality of sacks are printed in the one action circulation.
Hot transfer printing intelligence of the present utility model is beaten code system, can finish the input and the printing of figure, literal; Can print real-time variable, as date of manufacture, lot number, the term of validity; Energy type slug font code, it belongs to prior art, and the applied circuit of control system of the present utility model all belongs to prior art.
The utility model does not compared with prior art need to change lot number, lot number is heated Can move, can finish input and the printing of figure, literal; Can print real-time variable, such as life Produce date, lot number, the term of validity; Energy type slug shape code, and print quality is good, described water The moving system of translation can provide and satisfy the desired speed of the hot normal printing of transfer printing Intelligent code printing system And displacement, use convenient, excellent in efficiency, good product quality.
Claims (4)
1, a kind of two flexible pipe large-volume infusion soft bag making machines with the intelligent printer structure comprise the film feeding mechanism (1), filming-drawing mechanism (3), builder (4), the hose adapter welding mechanism (5) that are installed on the frame (8), go to slitter edge mechanism (6), bag output mechanism (7), hose adapter conveying mechanism (10), hose adapter preheating mechanism (11) and control system (12); Film feeding mechanism (1) wherein, filming-drawing mechanism (3), builder (4), hose adapter welding mechanism (5), go slitter edge mechanism (6) and bag output mechanism (7) to be arranged in order into different station in order, hose adapter conveying mechanism (10) is installed in builder (4), hose adapter welding mechanism (5), go to slitter edge mechanism (6), bag output mechanism (7) front, hose adapter preheating mechanism (11) is installed in hose adapter and enters on the preceding station of builder (4), be provided with automatically upward hose adapter mechanism (9) in hose adapter conveying mechanism (10) front, it is characterized in that this Bag Making Machine is provided with intelligent printer structure (2) between film feeding mechanism (1) and filming-drawing mechanism (3), described intelligent printer structure (2) comprises that at least one cover can print the hot transfer printing intelligence of big infusion soft bag lettering content and beat code system (21), and one overlaps type-script horizontal movement system (22), lettering frame (23) and bag film fixture (24); Described hot transfer printing intelligence is beaten code system (21) and is comprised control panel (212) and at least one type-script (211), described type-script (211) is fixed on the horizontal movement system (22), and described horizontal movement system (22) and bag film fixture (24) are fixed on the lettering frame (23).
2, a kind of two flexible pipe large-volume infusion soft bag making machines according to claim 1 with the intelligent printer structure, it is characterized in that described horizontal movement system (22) is the one dimension straight-line motion mechanism, is made up of electro-motor (2211), linear actuator (2212) and the linear guide (2113) of speed-controllable system.
3, a kind of two flexible pipe large-volume infusion soft bag making machines according to claim 1 with the intelligent printer structure, it is characterized in that described horizontal movement system (22) is two-dimentional straight-line motion mechanism, wherein only control first electro-motor (2111) of first straight-line motion mechanism (221) of type-script (211) motion by speed-controllable system, first linear actuator (2212) and first linear guide (2113) are formed, second straight-line motion mechanism (222) that type-script (211) and 221 motions of first straight-line motion mechanism are played in control is the pneumatic actuation linear guide, is made up of rectilinear motion cylinder (222) and second linear guide (2222).
4, a kind of two flexible pipe large-volume infusion soft bag making machines according to claim 1 with the intelligent printer structure, it is characterized in that described horizontal movement system (22) is two-dimentional straight-line motion mechanism, wherein only control first electro-motor (2111) of first straight-line motion mechanism (221) of type-script (211) motion by speed-controllable system, first linear actuator (2212) and first linear guide (2113) are formed, and second electro-motor (2223) of second straight-line motion mechanism (222) of type-script (211) and first straight-line motion mechanism (221) motion by speed-controllable system made in control, second linear actuator (2224) and the 3rd linear guide (2225) are formed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201767425U CN201124592Y (en) | 2007-10-08 | 2007-10-08 | Double hose large transfusion soft bag-making machine with intelligent printing mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201767425U CN201124592Y (en) | 2007-10-08 | 2007-10-08 | Double hose large transfusion soft bag-making machine with intelligent printing mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201124592Y true CN201124592Y (en) | 2008-10-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201767425U Expired - Lifetime CN201124592Y (en) | 2007-10-08 | 2007-10-08 | Double hose large transfusion soft bag-making machine with intelligent printing mechanism |
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| CN (1) | CN201124592Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102059825A (en) * | 2010-11-05 | 2011-05-18 | 祝志洪 | Flexible packaging bag making machine |
| CN102152613A (en) * | 2010-10-21 | 2011-08-17 | 梁永棋 | Full-automatic printing and pipe cutting machine for bag pipe |
-
2007
- 2007-10-08 CN CNU2007201767425U patent/CN201124592Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102152613A (en) * | 2010-10-21 | 2011-08-17 | 梁永棋 | Full-automatic printing and pipe cutting machine for bag pipe |
| CN102059825A (en) * | 2010-11-05 | 2011-05-18 | 祝志洪 | Flexible packaging bag making machine |
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| CX01 | Expiry of patent term |
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| CX01 | Expiry of patent term |