CN202027917U - Dual-cavity sterile bag - Google Patents
Dual-cavity sterile bag Download PDFInfo
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- CN202027917U CN202027917U CN2011200165627U CN201120016562U CN202027917U CN 202027917 U CN202027917 U CN 202027917U CN 2011200165627 U CN2011200165627 U CN 2011200165627U CN 201120016562 U CN201120016562 U CN 201120016562U CN 202027917 U CN202027917 U CN 202027917U
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Abstract
The utility model relates to a dual-cavity sterile bag, which comprises a medicine feeding plug, a medicine delivery plug, a protection platform, an independent cavity heat transfer part, a side edge, a liquid medicine cavity of a chamber A, a hanging hole, a liquid medicine cavity of a chamber B, a bottom edge, an outer packaging bag opening, an outer packaging bag welding edge and a three-cavity bag corner. The sterile bag also comprises a cold joint with an opening point and a protective bar, and the welding surface of the cold joint is 3-12mm wide and is arranged within 80mm at the front end of the bag opening. The effect of protective nitrogen filled in the cavities can be effectively guaranteed, the two cavities are filled in the same front direction through a filling port and the process is simple and reliable. With the transfusion plug and the feeding plug arranged separately, the quality can be guaranteed, and the clinical requirements can be satisfied.
Description
Invention field
This utility model relates to a kind of sterile bag, particularly is used for the sterile bag of two-chamber.
Background technology
In clinical practice, when patient imports multiple different transfusion if desired simultaneously, what generally take is before use with this multiple single different product, the aseptic ingredients chamber of setting up specially in hospital, under aseptic condition, multiple different single variety is taken out mix homogeneously, again the medicinal liquid of mixing is imported human body.Yet " aseptic " is from the definition absolute concepts of saying so, but regrettably, in today of Science and Technology high development, absolutesterility is not promptly accomplished, can't be confirmed yet.More than, this mixed method has increased the probability of the contaminated microorganism risk of medicine.Simultaneously, because of build aseptic ingredients chamber, operating cost is higher, set up relatively difficulty of aseptic ingredients chamber for general hospital.Also hindered simultaneously the popularization of mixing infusion model with treatment advantage.And, repeatedly get it filled and will cause repeatedly puncture plug, so just might cause plug and contact pin repeatedly to rub and produce the risk of particle contamination infusion products, produce simultaneously, use cost is all than higher.The two-chamber bag of existing domestic existing bag type design, the isolation rosin joint of its chamber is generally straight welding rod, and the straight line rosin joint bar that it adopts is longer, wayward rosin joint dynamics, the same power that whole piece rosin joint bar all is subjected to simultaneously when being subjected to external force.It is difficult for opening when using if the excessive use of rosin joint dynamics user is generally hospital nurse, if rosin joint can not guarantee again too gently that some harmful effects cause in transportation also use situation about just being unlocked.
Summary of the invention
The purpose of this utility model is to provide a kind of two-chamber sterile bag;
Structure of the present utility model is by constituting with lower member: dosing plug 1, loading plug 2, protection platform 3, the hot transfer printing 5 of separate chamber, side 6, B chamber medicinal liquid cavity 7, extension hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12, outer bag unlatching mouth 13, outer bag welding edge 14, and wherein this two-chamber sterile bag also is provided with the rosin joint 4 and the ceiling 8 of band opening point;
The hot transfer printing 5 of rosin joint 4, separate chamber of dosing plug 1, loading plug 2, protection platform 3, band opening point, side 6, B chamber medicinal liquid cavity 7, ceiling 8, hang hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12 and be welded into the two-chamber bag by the heat seal one; Wherein be provided with the rosin joint 4 of band opening point between A chamber medicinal liquid cavity 10 and the B chamber medicinal liquid cavity 7, between dosing plug 1 and loading plug 2, be provided with protection platform 3, be provided with ceiling 8 rosin joint 4 lower ends to bag bottom part of band opening point.
Described the two-chamber bag is packed with outer bag, a side of bag is provided with and opens mouthfuls 13 and outer bag welding edge 14 outside.
The welding face width 3mm～12mm of described rosin joint 4 is in bag open front 80mm scope.
The welding face width of described rosin joint 4 is 5mm～10mm, in bag open front 60mm scope.
Described longer rosin joint 4 is provided with the mechanics opening point of the rosin joint radian of a R5mm～R23mm.
Described longer rosin joint 4 is provided with the mechanics opening point of the rosin joint radian of a R8mm～R20mm.
Described two-chamber bag bag angle 12 is 93 degree bag angles.
The preparation method of this utility model two-chamber sterile bag is following steps:
(1), but adopt one to deliver on the equipment of bag for film device automatically earlier with the film for transfusion of the double-layer seal of rolling; Adopt the welding face width 5mm～10mm of rosin joint 4, rosin joint 4 is provided with the mould of the radian rosin joint of a R5mm～R20mm, mould to the radian rosin joint heats in advance, when reaching the temperature of setting, in bag open front 60mm scope, welding pressure is controlled to be 0.3bMPa～3.5MPa, welding temperature and is controlled between 120 degree～128 degree, realizes promptly that with the mode of hot pressing welding fabrication the radian rosin joint welds; Adopt thermal transfer mode, with dustless heat transfer film, the template of the specific pattern after heating is transferred to the film for transfusion outer surface; Adopt heating mould that the position of its film for transfusion and flexible pipe welding is preheated; With rosin joint, the airtight duplicature material of thermally transferred pattern, through the position that the film transmitting device welds film need and flexible pipe, by two branch film devices film is separated, simultaneously with pre-warmed flexible pipe, send in the film synchronously, film and flexible pipe are sent into bag profile weld mold position simultaneously, drive the profile weld mold that has heated by two hydraulic pressure booster cylinders, finished film for transfusion bag profile has been carried out high pressure welding fabrication and cutting, the same direction of flexible pipe, the cutting transfusion hangs the first weldering of hole 9, the mouth of pipe and film junction; Adopt the high-temperature soldering mode,,, carry out twice welding, its film material and flexible pipe are welded together fully finishing bag the profile just middle chamber mouth of pipe and the film junction of weldering with two covers heating mould independently; Cooling and shaping with remove unnecessary bag limit: adopt the low temperature mould that the middle chamber mouth of pipe that carries out twice welding fabrication is carried out cooling and shaping.At the line up cooling and shaping simultaneously, remove unnecessary bag limit;
(2) bag that bag is made, adopt air-actuated jaw to clamp middle chamber flexible pipe, adopt 6 vacuum slots to fix bag again, deliver to bag by a rotating mechanism again and transmit tong, the same air-actuated jaw that adopts clamps middle chamber flexible pipe, adopt 4 vacuum cups to take over the bag that rotating mechanism is sent, deliver to operation after the fill automatically;
(3) principle that adopts first evacuation to fill protective gas is again irritated liquid, and two chambers 7 and 11 are directly irritated liquid simultaneously from a direction, two independently pipe-line system adopt mass flowmenter control pneumatic diaphragm valve accurately to control loading amount; Jump a queue; adopt two agitators respectively transfusion cork 2, dosing plug 1 to be delivered on two holders; reuse two mechanical hands fetch and deliver transfusion cork 2, dosing plug 1 to irritating liquid transfusion bag top; treat two chambers 7 and 11 are carried out after evacuation fills protective gas once more; transfusion cork 2, dosing plug 1 with middle chamber infusion bag top adopts pneumatic original paper directly to insert in two hose ports again, airtightly finishes the making of promptly having finished the two-chamber bag.
Two-chamber that can also embedding is good is packed goes into to have in the outer bag of high-barrier; add deoxidizer, desiccant, oxygen indicator; adopt again and can realize evacuation, in the fully automatic vacuum packaging machine that inflated with nitrogen is protected, automatic vacuum, fill the protective gas encapsulation.The two-chamber bag that the outer bag of using high-barrier is packaged, neat yaw is put on the vehicle of sterilization, and distance remains between the 60mm-80mm between bag and the bag, and the current unobstructed flow is crossed each bag when guaranteeing sterilization; Vehicle of sterilization sent into adopt in the cabinet machinery fixedly to close the cabinet door in the sterilization cabinet; elder generation's evacuation; inflated with nitrogen is protected; evacuation again; inflated with nitrogen is protected again; come and go a plurality of circulations; the final interior residual oxygen checkout gear of cabinet of realizing is less than 1% residual oxygen; begin the pure water in the cabinet to be quickly heated up to high temperature of 115 degree～125 degree by independent intensification plate type heat exchanger by sterilization cabinet circulating pump; highly compressed state sterilization; product was kept 8～30 minutes in 115 degree～125 degree scopes; be cooled to 45 degree when sterilization time reaches setting value rapidly, the sterilization overall process is finished and is offerd for sale.
The utility model discloses a kind of, can realize storing two kinds of different infusion solutionses simultaneously, and become one separately, only need tear outer bag during use, the two-chamber bag of taking-up place aseptic condition, open each rosin joint bar from appointed method from the rosin joint opening point with external force, the production method of the new packing two-chamber bag that its two kinds different infusion solutions mixings can be used.Have the independent tubing port and the dosing mouth of pipe in the design of this two-chamber bag mouth of pipe, no unnecessary without the mouth of pipe, avoid unnecessary waste, met the clinical requirement that is independent of each other that adds, infuses.After bag is finished (its also not the film material of the bag of fill be in air-tight state all the time, the more effective product quality that guaranteed), be transported to fill rapidly and finish whole process continuously, steady quality is more secure, simple in structure, easy to operate, the bag rosin joint has designed the stressed opening point of the external force with science, allows the bag rosin joint have more operability.The method of in the filling and sealing process, adopt evacuation, filling protective gas has guaranteed some special drug quality stability more.Deliver to lamp inspection after embedding is finished rapidly, encapsulate (mode of simultaneously also adopt evacuation, filling protective gas encapsulates outer bag) with protective agent immediately after the inspection.Packaged two-chamber bag is put on the vehicle of sterilization by only fixed mode yaw, sends into and can realize evacuation, fills in the water-bath sterilization cabinet of band swing function of protective gas, carries out high temperature, autoclaving mode, thereby prepares final two-chamber bag sterile bag.
The bag angle is not the right angle, but angle is 93 degree bag angles, and medicinal liquid meeting spontaneous current is to infusion port when transfusion is totally lost soon, and the smaller medicinal liquid spontaneous current that promptly guaranteed of its angle has fully guaranteed the space of medicinal liquid chamber again to infusion port.Bicker degree in this bag angle can satisfy in the bag angle medicinal liquid nature following current of when transfusion to infusion port, has farthest increased bag loading space and bag appearance looks elegant degree again.
When the multi-cavity bag is used to store some special medicines, and straight tube, single hard tube, straight open type filling exit, just can not satisfies to fill and when each filling exit seals, be in airtight state after protecting gas.So, can't guarantee finally to fill the effect of protective gas with the bag of straight tube, single hard tube, straight open type filling exit.Each chamber bag flexible pipe design, after the fill evacuation filled protective gas, two flexible pipes were in air-tight state all the time.Effectively guaranteed the effect of each chamber nitrogen filled protection gas, two chambeies all adopt direction of dead ahead to irritate liquid to filling exit, and simple and reliable process has independently transfusion cork, and the dosing plug has guaranteed that promptly quality has satisfied clinical requirement again.
During or medicinal liquid that storage viscosity bigger big because of two-chamber bag bag volume, for guaranteeing that product can reach design temperature rapidly, whole bag is heated evenly, and waves vehicle of sterilization both sides increase side water spray in sterilization, the cabinet so whole sterilization process adopts, and has more effectively guaranteed sterilization effect.
Following experimental example is used to further specify this utility model, but is not limited to this utility model.
The contrast of the relative vertical bar rosin joint of experimental example 1 two-chamber bag bag type radian rosin joint effect
The relative vertical bar rosin joint of radian rosin joint, length increases than each chamber periphery of bag, and the bag dynamics is disperseed more when dividing, and rosin joint each point dynamics alleviates relatively.
Crucial as multi-chamber-bag is exactly rosin joint partly, for vertical bar rosin joint defective is exactly: open effect in order to guarantee the user.The rosin joint dynamics is overweight will to cause the user to be difficult to open rosin joint in use.This product rosin joint dynamics kicks the beam and will cause rosin joint to cause stressed straight right unlatching the in rosin joint bar middle part in producing postorder work with in the transportation.And this vertical bar rosin joint do not have any opening point, and reality is the weakest for that welding of whole piece rosin joint bar when opening, and that could be understood and is opened at first.
And for radian rosin joint bar: this rosin joint bar has been made the curved profile of a R5mm～R20mm apart from the 60mm scope of bag limit.This curved profile is an opening point: it is heavier relatively directly to weld the actual arc rosin joint of rosin joint bar bar welding dynamics.So just avoid this product rosin joint dynamics to kick the beam and in producing postorder work with in the transportation, to have caused the stressed image of opening naturally in rosin joint bar middle part.This radian opening point welding dynamics is all than straight weldering rosin joint bar rosin joint welding dynamics height, and refers to need the bag doubling is remained in the opening point direction with medicinal liquid when opening, and adopts the hands support can open the rosin joint bar to pressing down to exert pressure to the bag bag again.
Concrete straight welding rod and the contrast of arc rosin joint bar unlatching dynamics: normally divide the band actual dynamics of the withstand voltage dynamics of arc rosin joint bar (can find out that thus can tolerate higher impact rosin joint in transportation can not open naturally yet) under the situation than straight weldering rosin joint bar high 40%～60%, and when opening the rosin joint bar, refer to need the bag doubling is all remained in the opening point direction with medicinal liquid, adopt the hands support can open rosin joint bar (and this unlatching dynamics only need less than 60% dynamics of the straight withstand voltage unlatching dynamics of welding rod) again to pressing down to exert pressure to the bag bag.
Simulate welding effect test method: the sample (directly welding each 3000 in rosin joint and radian rosin joint sample) after the simulate (travel speed and distance: the speed of a motor vehicle of simulating 40 kilometers/hour is travelled on dirt road or the broken stone road 1000 kilometers continuously being equivalent to) is taken out, after checking that outer package does not have leakage and breakage, take complex pocket apart, sample is placed on the exsiccant paper, apply the intrinsic pressure of 20kpa in the smooth part of bag by bag, keep about 15s, seam should not have leakage, bag crack-free.Sample thief repeats above experiment three times in addition, and the result is as follows:
The contrast of table 1 simulate welding effect
| Straight weldering rosin joint | The radian rosin joint |
[0030]?
| Crack-free, 5 bags of leakages | Crack-free and leakage |
| Crack-free, 6 bags of leakages | Crack-free and leakage |
| Crack-free, 3 bags of leakages | Crack-free and leakage |
| Crack-free and leakage | Crack-free and leakage |
Two kinds of rosin joints are peeled off the pull test method: 10 bags in each cut-off weldering rosin joint and radian rosin joint sample, respectively determine 10 on the wide sample of 15mm from each rosin joint heat-seal land, and cut from three bags at least.Place on the pull test instrument, the sample two ends are clipped in respectively on the upper and lower anchor clamps of tester, start the pull test instrument and peel off, test speed (zero load) (300 ± 20) mm/min all must not be lower than 10N/15mm.
Two kinds of rosin joints of table 2 are peeled off pulling force effect contrast (N/15mm)
| Straight weldering rosin joint | The radian rosin joint |
| 8 | 16 |
| 9 | 15 |
| 11 | 16 |
| 12 | 16 |
| 9 | 15 |
| 8 | 16 |
| 12 | 15 |
| 7 | 16 |
| 10 | 16 |
| 8 | 16 |
The anti-drop experiment effect contrast of experimental example 2 two-chamber bags
3000 in each cut-off weldering rosin joint of anti-drop test method and radian rosin joint sample, under-25 ℃ ± 2 ℃ conditions, placed 24 hours, under 50 ℃ ± 2 ℃ conditions, continue to place 24 hours, again under 23 ℃ ± 2 ℃ then, placed 24 hours, press the falling height of table 1, fall respectively on the inflexible smooth corrosion resistant plate of a hard, must not have bag to break and leak.Sample thief repeats above experiment three times in addition, and the result is as follows:
The anti-drop test comparing result of table 3 falling height (m) 0.75
| Straight weldering rosin joint | The radian rosin joint |
| Crack-free and leakage | Crack-free and leakage |
| Crack-free and leakage | Crack-free and leakage |
| Crack-free and leakage | Crack-free and leakage |
[0038]?
| Crack-free and leakage | Crack-free and leakage |
The anti-drop test comparing result of table 4 falling height (m) 1.5
| Straight weldering rosin joint | The radian rosin joint |
| 4 bags break and 6 bags of leakages | Crack-free and leakage |
| 3 bags break and 7 bags of leakages | Crack-free and leakage |
| 5 bags break and 8 bags of leakages | Crack-free and leakage |
| 2 bags break and 4 bags of leakages | Crack-free and leakage |
Description of drawings
Fig. 1 two-chamber sterile bag structural representation;
Among the figure: dosing plug 1, loading plug 2, protection platform 3, the hot transfer printing 5 of rosin joint 4, separate chamber of band opening point, side 6, B chamber medicinal liquid cavity 7, ceiling 8, extension hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12, outer bag unlatching mouth 13, outer bag welding edge 14.
The utility model is described in further detail below in conjunction with the specific embodiment, but be not limited to this utility model.
The specific embodiment
Embodiment 1:
A kind of two-chamber sterile bag, dosing plug 1, loading plug 2, protection platform 3, the hot transfer printing 5 of separate chamber, side 6, B chamber medicinal liquid cavity 7, extension hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12, outer bag unlatching mouth 13, outer bag welding edge 14, and wherein this two-chamber sterile bag also is provided with the rosin joint 4 and the ceiling 8 of band opening point;
The hot transfer printing 5 of rosin joint 4, separate chamber of dosing plug 1, loading plug 2, protection platform 3, band opening point, side 6, B chamber medicinal liquid cavity 7, ceiling 8, hang hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12 and be welded into the two-chamber bag by the heat seal one; Wherein be provided with the rosin joint 4 of band opening point between A chamber medicinal liquid cavity 10 and the B chamber medicinal liquid cavity 7, between dosing plug 1 and loading plug 2, be provided with protection platform 3, be provided with ceiling 8 rosin joint 4 lower ends to bag bottom part of band opening point.Rosin joint welding face width is 5mm～10mm, in bag open front 60mm scope; Longer rosin joint 4 is provided with the mechanics opening point of the rosin joint radian of a R5mm～R20mm; Two-chamber bag bag angle 12 is 93 degree bag angles.
Embodiment 2:
A kind of two-chamber sterile bag, dosing plug 1, loading plug 2, protection platform 3, the hot transfer printing 5 of separate chamber, side 6, B chamber medicinal liquid cavity 7, extension hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12, outer bag unlatching mouth 13, outer bag welding edge 14, and wherein this two-chamber sterile bag also is provided with the rosin joint 4 and the ceiling 8 of band opening point;
The hot transfer printing 5 of rosin joint 4, separate chamber of dosing plug 1, loading plug 2, protection platform 3, band opening point, side 6, B chamber medicinal liquid cavity 7, ceiling 8, hang hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12 and be welded into the two-chamber bag by the heat seal one; Wherein be provided with the rosin joint 4 of band opening point between A chamber medicinal liquid cavity 10 and the B chamber medicinal liquid cavity 7, between dosing plug 1 and loading plug 2, be provided with protection platform 3, be provided with ceiling 8 rosin joint 4 lower ends to bag bottom part of band opening point.Rosin joint welding face width is 5mm～10mm, in bag open front 60mm scope; Longer rosin joint 4 is provided with the mechanics opening point of the rosin joint radian of a R5mm～R20mm; Two-chamber bag bag angle 12 is 93 degree bag angles.
The preparation method of two-chamber sterile bag is following steps:
(1) manufacturing step of bag molding and radian rosin joint: elder generation is with the film for transfusion of the double-layer seal of rolling, but one of employing is delivered on the equipment of bag for film device automatically; Adopt the welding face width 5mm～10mm of rosin joint 4, rosin joint 4 is provided with the mould of the radian rosin joint of a R5mm～R20mm, mould to the radian rosin joint heats in advance, when reaching the temperature of setting, in bag open front 60mm scope, welding pressure is controlled to be 0.3bMPa～3.5MPa, welding temperature and is controlled between 120 degree～128 degree, realizes promptly that with the mode of hot pressing welding fabrication the radian rosin joint welds; Adopt thermal transfer mode, with dustless heat transfer film, the template of the specific pattern after heating is transferred to the film for transfusion outer surface; Adopt heating mould that the position of its film for transfusion and flexible pipe welding is preheated; With rosin joint, the airtight duplicature material of thermally transferred pattern, through the position that the film transmitting device welds film need and flexible pipe, by two branch film devices film is separated, simultaneously with pre-warmed flexible pipe, send in the film synchronously, film and flexible pipe are sent into bag profile weld mold position simultaneously, drive the profile weld mold that has heated by two hydraulic pressure booster cylinders, finished film for transfusion bag profile has been carried out high pressure welding fabrication and cutting, the same direction of flexible pipe, the cutting transfusion hangs the first weldering of hole 9, the mouth of pipe and film junction; Adopt the high-temperature soldering mode,,, carry out twice welding, its film material and flexible pipe are welded together fully finishing bag the profile just middle chamber mouth of pipe and the film junction of weldering with two covers heating mould independently; Cooling and shaping with remove unnecessary bag limit: adopt the low temperature mould that the middle chamber mouth of pipe that carries out twice welding fabrication is carried out cooling and shaping.At the line up cooling and shaping simultaneously, remove unnecessary bag limit;
(2) the bag-making loading handing-over partly, the bag that bag is made, adopt air-actuated jaw to clamp middle chamber flexible pipe, adopt 6 vacuum slots to fix bag again, deliver to bag by a rotating mechanism again and transmit tong, same adopt air-actuated jaw clamp in the chamber flexible pipe, adopt 4 vacuum cups to take over the bag that rotating mechanism is sent, deliver to operation after the fill automatically;
(3) fill partly, the principle that adopts first evacuation to fill protective gas is again irritated liquid, and two chambers 7 and 11 are directly irritated liquid simultaneously from a direction, two independently pipe-line system adopt mass flowmenter control pneumatic diaphragm valve accurately to control loading amount; Jump a queue; adopt two agitators respectively transfusion cork 2, dosing plug 1 to be delivered on two holders; reuse two mechanical hands fetch and deliver transfusion cork 2, dosing plug 1 to irritating liquid transfusion bag top; treat two chambers 7 and 11 are carried out after evacuation fills protective gas once more; transfusion cork 2, dosing plug 1 with middle chamber infusion bag top adopts pneumatic original paper directly to insert in two hose ports again, airtightly finishes the making of promptly having finished the two-chamber bag.
Embodiment 3:
A kind of two-chamber sterile bag, dosing plug 1, loading plug 2, protection platform 3, the hot transfer printing 5 of separate chamber, side 6, B chamber medicinal liquid cavity 7, extension hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12, outer bag unlatching mouth 13, outer bag welding edge 14, and wherein this two-chamber sterile bag also is provided with the rosin joint 4 and the ceiling 8 of band opening point;
The hot transfer printing 5 of rosin joint 4, separate chamber of dosing plug 1, loading plug 2, protection platform 3, band opening point, side 6, B chamber medicinal liquid cavity 7, ceiling 8, hang hole 9, A chamber medicinal liquid cavity 10, base 11, two-chamber bag bag angle 12 and be welded into the two-chamber bag by the heat seal one; Wherein be provided with the rosin joint 4 of band opening point between A chamber medicinal liquid cavity 10 and the B chamber medicinal liquid cavity 7, between dosing plug 1 and loading plug 2, be provided with protection platform 3, be provided with ceiling 8 rosin joint 4 lower ends to bag bottom part of band opening point.The two-chamber bag is packed with outer bag, and a side of bag is provided with and opens mouth 13 and outer bag welding edge 14 outside.Rosin joint welding face width is 5mm～10mm, in bag open front 60mm scope; Longer rosin joint 4 is provided with the mechanics opening point of the rosin joint radian of a R5mm～R20mm; Two-chamber bag bag angle 12 is 93 degree bag angles.Two-chamber bag medicinal liquid inner bag is delivered to down operation again carry out the integral body sterilization after protection desiccant 15, oxygen indicator 16 encapsulation.
The preparation method of two-chamber sterile bag is following steps:
(1) manufacturing step of bag molding and radian rosin joint: elder generation is with the film for transfusion of the double-layer seal of rolling, but one of employing is delivered on the equipment of bag for film device automatically; Adopt the welding face width 5mm～10mm of rosin joint 4, rosin joint 4 is provided with the mould of the radian rosin joint of a R5mm～R20mm, mould to the radian rosin joint heats in advance, when reaching the temperature of setting, in bag open front 60mm scope, welding pressure is controlled to be 0.3bMPa～3.5MPa, welding temperature and is controlled between 120 degree～128 degree, realizes promptly that with the mode of hot pressing welding fabrication the radian rosin joint welds; Adopt thermal transfer mode, with dustless heat transfer film, the template of the specific pattern after heating is transferred to the film for transfusion outer surface; Adopt heating mould that the position of its film for transfusion and flexible pipe welding is preheated; With rosin joint, the airtight duplicature material of thermally transferred pattern, through the position that the film transmitting device welds film need and flexible pipe, by two branch film devices film is separated, simultaneously with pre-warmed flexible pipe, send in the film synchronously, film and flexible pipe are sent into bag profile weld mold position simultaneously, drive the profile weld mold that has heated by two hydraulic pressure booster cylinders, finished film for transfusion bag profile has been carried out high pressure welding fabrication and cutting, the same direction of flexible pipe, the cutting transfusion hangs the first weldering of hole 9, the mouth of pipe and film junction; Adopt the high-temperature soldering mode,,, carry out twice welding, its film material and flexible pipe are welded together fully finishing bag the profile just middle chamber mouth of pipe and the film junction of weldering with two covers heating mould independently; Cooling and shaping with remove unnecessary bag limit: adopt the low temperature mould that the middle chamber mouth of pipe that carries out twice welding fabrication is carried out cooling and shaping.At the line up cooling and shaping simultaneously, remove unnecessary bag limit;
(2) the bag-making loading handing-over partly, the bag that bag is made, adopt air-actuated jaw to clamp middle chamber flexible pipe, adopt 6 vacuum slots to fix bag again, deliver to bag by a rotating mechanism again and transmit tong, same adopt air-actuated jaw clamp in the chamber flexible pipe, adopt 4 vacuum cups to take over the bag that rotating mechanism is sent, deliver to operation after the fill automatically;
(3) fill partly, the principle that adopts first evacuation to fill protective gas is again irritated liquid, and two chambers 7 and 11 are directly irritated liquid simultaneously from a direction, two independently pipe-line system adopt mass flowmenter control pneumatic diaphragm valve accurately to control loading amount; Jump a queue, adopt two agitators respectively transfusion cork 2, dosing plug 1 to be delivered on two holders, reuse two mechanical hands fetch and deliver transfusion cork 2, dosing plug 1 to irritating liquid transfusion bag top, treat two chambers 7 and 11 are carried out after evacuation fills protective gas once more, transfusion cork 2, dosing plug 1 with middle chamber infusion bag top adopts pneumatic original paper directly to insert in two hose ports again, airtightly finishes the making of promptly having finished the two-chamber bag;
(4): lamp inspection partly through the semi-finished product of fill output, is directly delivered to the envelope outsourcing by the no abnormal back of lamp inspection personnel inspection bag certified products immediately;
(5) the encapsulation outsourcing partly, the two-chamber that embedding is good is packed goes into to have in the outer bag of high-barrier, add deoxidizer (producing), desiccant (producing), oxygen indicator (production of Mitsubishi gas KCC) by Mitsubishi gas KCC by Mitsubishi gas KCC, adopt again and can realize evacuation, in the fully automatic vacuum packaging machine that inflated with nitrogen is protected, automatic vacuum, fill protective gas encapsulation;
(6) sterilization part, the two-chamber bag that the outer bag of using high-barrier is packaged, neat yaw is put on the vehicle of sterilization, and distance remains between the 60mm-80mm between bag and the bag, and the current unobstructed flow is crossed each bag during the assurance sterilization; Vehicle of sterilization sent into adopt in the cabinet machinery fixedly to close the cabinet door in the sterilization cabinet; elder generation's evacuation; inflated with nitrogen is protected; evacuation again; inflated with nitrogen is protected again; come and go a plurality of circulations; the final interior residual oxygen checkout gear of cabinet of realizing is less than 1% residual oxygen; begin the pure water in the cabinet to be quickly heated up to high temperature of 115 degree～125 degree by independent intensification plate type heat exchanger by sterilization cabinet circulating pump; highly compressed state sterilization; product was kept 8～30 minutes in 115 degree～125 degree scopes; be cooled to 45 degree when sterilization time reaches setting value rapidly, the sterilization overall process is finished and is offerd for sale.
More than (one), (two), (three) production overall process partly, air purity is all under 10,000 grades of backgrounds, partial 100 grades finish, (one), (two), (three) partly overall process all have equipment to finish the bag embedding automatically, need not anyone operation, through (four), (five) partly must all finish in two hours.(6) partly by the sterilization method of High Temperature High Pressure, and the terminal sterilization two-chamber bag of sterilizing qualified has effectively guaranteed to be in aseptic condition all the time before the two-chamber bag of high-resistant diaphragm encapsulation uses in Kaifeng.
Claims (8)
1. two-chamber sterile bag, the structure that it is characterized in that this sterile bag by dosing plug (1), loading plug (2), protection platform (3), the hot transfer printing of separate chamber (5), side (6), B chamber medicinal liquid cavity (7), hang that mouthful (13) are opened in hole (9), A chamber medicinal liquid cavity (10), base (11), two-chamber bag bag angle (12), outer bag, outer bag welding edge (14) is formed, this two-chamber sterile bag also is provided with rosin joint (4) and the ceiling (8) of being with opening point; Dosing plug (1), loading plug (2), protection platform (3), the rosin joint (4) of band opening point, the hot transfer printing of separate chamber (5), side (6), B chamber medicinal liquid cavity (7), ceiling (8), extension hole (9), A chamber medicinal liquid cavity (10), base (11) and two-chamber bag bag angle (12) and are welded into the two-chamber bag by the heat seal one; Be provided with the rosin joint (4) of band opening point between A chamber medicinal liquid cavity (10) and the B chamber medicinal liquid cavity (7), between dosing plug (1) and loading plug (2), be provided with protection platform (3), be provided with ceiling (8) at rosin joint (4) lower end to the bag end of band opening point.
2. two-chamber sterile bag as claimed in claim 1 is characterized in that described two-chamber bag packs with outer bag, and a side of bag is provided with and opens mouthful (13) and an outer bag welding edge (14) outside.
3. two-chamber sterile bag as claimed in claim 1 or 2, the welding face width that it is characterized in that described rosin joint (4) is 3mm～12mm, in bag open front 80mm scope.
4. two-chamber sterile bag as claimed in claim 3, the welding face width that it is characterized in that described rosin joint (4) is 5mm～10mm, in bag open front 60mm scope.
5. as claim 1 or 4 described two-chamber sterile bags, it is characterized in that described rosin joint (4) is provided with the mechanics opening point of the rosin joint radian of a R5mm～R23mm; Described two-chamber bag bag angle (12) is 93 degree bag angles.
6. two-chamber sterile bag as claimed in claim 3 is characterized in that described rosin joint (4) is provided with the mechanics opening point of the rosin joint radian of a R5mm～R23mm; Described two-chamber bag bag angle (12) is 93 degree bag angles.
7. two-chamber sterile bag as claimed in claim 5 is characterized in that described rosin joint (4) is provided with the mechanics opening point of the rosin joint radian of a R8mm～R20mm.
8. two-chamber sterile bag as claimed in claim 6 is characterized in that described rosin joint (4) is provided with the mechanics opening point of the rosin joint radian of a R8mm～R20mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200165627U CN202027917U (en) | 2011-01-19 | 2011-01-19 | Dual-cavity sterile bag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200165627U CN202027917U (en) | 2011-01-19 | 2011-01-19 | Dual-cavity sterile bag |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202027917U true CN202027917U (en) | 2011-11-09 |
Family
ID=44890233
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200165627U Expired - Lifetime CN202027917U (en) | 2011-01-19 | 2011-01-19 | Dual-cavity sterile bag |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202027917U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102068379A (en) * | 2011-01-19 | 2011-05-25 | 四川科伦药业股份有限公司 | Dual-cavity aseptic bag and manufacturing method thereof |
-
2011
- 2011-01-19 CN CN2011200165627U patent/CN202027917U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102068379A (en) * | 2011-01-19 | 2011-05-25 | 四川科伦药业股份有限公司 | Dual-cavity aseptic bag and manufacturing method thereof |
| CN102068379B (en) * | 2011-01-19 | 2013-03-13 | 四川科伦药业股份有限公司 | Dual-cavity aseptic bag and manufacturing method thereof |
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Granted publication date: 20111109 Effective date of abandoning: 20130313 |
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