CN1733462A - Double flexible pipe double chamber transfusion bag manufacturing machine for solid drug and liquid drug - Google Patents
Double flexible pipe double chamber transfusion bag manufacturing machine for solid drug and liquid drug Download PDFInfo
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- CN1733462A CN1733462A CN 200510032032 CN200510032032A CN1733462A CN 1733462 A CN1733462 A CN 1733462A CN 200510032032 CN200510032032 CN 200510032032 CN 200510032032 A CN200510032032 A CN 200510032032A CN 1733462 A CN1733462 A CN 1733462A
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- 239000007788 liquid Substances 0.000 title claims abstract description 33
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- 238000004519 manufacturing process Methods 0.000 title description 5
- 239000012528 membrane Substances 0.000 claims abstract description 60
- 238000003466 welding Methods 0.000 claims abstract description 54
- 238000010438 heat treatment Methods 0.000 claims abstract description 32
- 238000007493 shaping process Methods 0.000 claims abstract description 28
- 238000007789 sealing Methods 0.000 claims abstract description 17
- 238000001802 infusion Methods 0.000 claims description 38
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- 230000033001 locomotion Effects 0.000 claims description 30
- 238000003825 pressing Methods 0.000 claims description 25
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Abstract
This invention provides bag maker for single-port double-room transfusion bag to solid and liquid drug, which comprises feeding membrane, printing, drawing membrane, shaping, welding pipe connection, separating bag, conveying bag, pre-heating pipe connection, conveying pipe connection, automatic arranging pipe connection and electric control box; wherein, arranging still infirm welding line groupware between printing member and drawing membrane member or feeding membrane member, and solid charging and sealing groupware behind the first group interface welding groupware. The invention can accommodate liquid and solid drug in different cavity of a transfusion bag for long time and convenient to mix for use.
Description
Technical field
The invention belongs to the pharmaceutical equipment field, be specifically related to a kind of Bag Making Machine that is used to process the double flexible pipe double chamber bag that to adorn solid and liquid medicine.
Background technology
The existing pair of flexible pipe single chamber infusion solutions bag by adapter, high strength weld seam, irritate the liquid coyote hole, make up a prescription mouth and medicine discharging nozzle form, it has only a charging room, and can only adorn a kind of soup.Earlier make the single chamber bag by Bag Making Machine during production, it is good with the medicine discharging nozzle plug medicine to be poured in the bag of filling in the mouth that makes up a prescription again.Because infusion solutions is generally physiological saline or nutrient solution, with can not long-term storage after the therapeutic solid medicine mixes, thereby have only in use and the therapeutic solid medicine could be mixed with infusion solutions, its process is: extract the soup in the infusion bag out inject the dress solid medicine container with syringe earlier, extract the bag that injects the dress infusion solutions after it is dissolved fully again out from the container of dress solid medicine.There is following shortcoming in use in this single chamber infusion bag:
1, the man-hour that must also will waste a disposable syringe and make up a prescription, increases use cost;
2, delay rescue time during first aid, may cause serious consequence;
3, concerning busy nurse, easily cause the mismatch medicine may, whether or it is correct not know to make up a prescription during transfusion after making up a prescription etc.
The applicant has designed a kind of double flexible pipe double chamber infusion bag of adorning solid medicine and liquid medicine, can solve above-mentioned technological deficiency, but Bag Making Machine is difficult to this kind double-chamber transfusion bag in the prior art supporting.
Summary of the invention
Technical problem to be solved by this invention is at the deficiencies in the prior art, a kind of double flexible pipe double chamber bag making machine that can adorn solid medicine and liquid medicine that is used to process is provided, two chambers bag of this Bag Making Machine production can be packed infusion solutions and solid medicine in the different chamber in the same infusion bag, two kinds of medicines do not mix mutually mutually during storage, but long preservation.
Technical scheme proposed by the invention is:
A kind of double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine, comprise the film feeding assembly, the lettering assembly, the membrane assembly, the bag forming assembly, take over weld assembly, the bag separation assembly, the bag transfer assembly, take over preheating assembly, take over conveying assembly, automatic upper connecting tube assembly and electric cabinet, described film feeding assembly, the lettering assembly, the membrane assembly, the bag forming assembly, take over weld assembly, bag separation assembly and bag transfer assembly are loaded on the frame and according to said sequence and are arranged in different station, be positioned on the same pipeline, take over conveying assembly and place a bag forming assembly, take over weld assembly, bag separation assembly and bag transfer assembly front, do intermittent movement, its stop place intermittently is corresponding with above-mentioned each assembly station, taking over preheating assembly is fixed on the adapter conveying assembly coupled, and be positioned at before the station of bag forming assembly, automatically the upper connecting tube assembly places and takes over the conveying assembly front, it is characterized in that: also be provided with weak welding line weld assembly and solids chamber inflation closing component, described weak welding line weld assembly or place the lettering assembly and the membrane assembly between, or place between film feeding assembly and the lettering assembly; Described solids chamber inflation and closing component are arranged at the first winding pipe weld assembly back.
Described weak welding line weld assembly comprises weak welding template, backing plate, heating plate, heat seal cylinder, pressure head, press mold cylinder, wherein backing plate is fixed on the frame by gripper shoe, weak weldering group bag film covers thereon, heating plate places the backing plate top, bottom surface and weak welding template are fitted, the upper end links to each other by the piston rod of pressing plate with the heat seal cylinder, the installing plate that passes through of described heat seal cylinder is fixed on the frame, pressure head links to each other with the piston rod of press mold cylinder, and the press mold cylinder block links by press mold cylinder installing rack and frame; In the rear end of weak welding template, be provided with a bag air inlet patrix, corresponding with the bag air inlet counterdie position that places the backing plate upper end, this bag air inlet counterdie places among the two membranes of weak weldering group bag film;
Also being provided with two in the described weak welding line weld assembly is crisscross arranged relatively, can separately opens lamina membranacea to the front portion and the rear portion of film, two open left front and the right back portion that lamina membranacea is arranged at weak weldering assembly respectively, and be installed in out on the lamina membranacea support plate, open the film support plate and be fixed on the frame;
Described heat seal cylinder be about two be symmetrical arranged, between two heat seal cylinders, be provided with fairlead and place lead in the fairlead, described fairlead is fixed on the installing plate, lead links to each other with pressing plate;
Inflation of described solids chamber and closing component comprise to be inhaled film the suction membrane portions opened, pure air is charged into the injection section of solids chamber and with the heat seal lands of solids chamber perfusion mouth heat seal, described heat seal lands places inhales the membrane portions back, injection section places the heat seal lands back, and aim at the bag air inlet, whole assembly is fixed on preceding support and the back support by support, shaping group wallboard and adapter soldering group wallboard;
Described suction membrane portions comprises and film can be inhaled the suction lamina membranacea of opening, this suction lamina membranacea is oppositely arranged two up and down, link to each other with the piston rod of symmetrically arranged long cylinder up and down respectively, the cylinder body of long cylinder links to each other with the cylinder body of the cylinder of losing heart again, and link to each other with fagging on being fixed in support by the cylinder installing plate of losing heart, inhale lamina membranacea and be provided with evacuation passageway, two abutted surfaces of inhaling lamina membranacea are provided with the chamber of finding time that communicates with evacuation passageway, and evacuation passageway and vacuum-pumping pipeline are joined; Described heat seal lands comprises and places the heat-sealing template of inhaling behind the lamina membranacea, upper and lower paired setting, fit with the heat seal die heating plate, upper and lower two heat seal die heating plates link to each other with heat insulation bearing by the mould connecting plate, and by heat insulation bearing the piston rod of symmetrically arranged solids chamber heat seal cylinder links to each other with being up and down, the cylinder body of solids chamber heat seal cylinder is fixed on the installing plate by solids chamber heat seal cylinder mounting plate; Described injection section comprises gas tube, and gas tube places the heat seal die back, aims at a bag air inlet, and this gas tube is fixed on the side installing plate by the gas tube support, links to each other tracheae and place the pure air import on the frame to join with tracheae;
Be connected with the die location governor motion on described lose heart cylinder installing plate and the solids chamber heat seal cylinder mounting plate, this die location governor motion is symmetrical arranged up and down, comprise screw mandrel, hold-down nut and nut installing plate, screw mandrel is installed on the support, the hold-down nut that is fixed on the nut installing plate is sleeved on the screw mandrel, and the cylinder installing plate of losing heart is connected with the nut installing plate; Described support is provided with the adjusting axis of guide, and by regulating bearing block support, and lose heart cylinder installing plate and solids chamber heat seal cylinder mounting plate all link to each other with the bearing block connecting plate that is used to install the regulating shaft bearing, and the end at screw mandrel also is provided with position indicator.
The quantity of the each bag of the present invention is 2 or 3 or 4 or 6.
The invention provides a kind of double flexible pipe double chamber bag making machine of adorning solid medicine and liquid medicine, can on a machine, finish the processing of the double flexible pipe double chamber bag that can adorn solid medicine and liquid medicine, design and other assembly connecting mode of weak weldering weld assembly are flexible, the weak welding line of processing can guarantee isolated fully between two coyote holes, in the different chamber in the same infusion bag of infusion solutions and solid medicine can being packed into, two kinds of medicines do not mix mutually during storage, but long preservation, can very like a cork it be separated again during with hand extruding infusion bag during use, make dual cavity become single chamber, two kinds of soups mix fully.Make mix prescription just, safety, avoid the outside liquid medicine contamination that medicine causes that mixes, also avoided outside mixed medicine to cause the phenomenon of mismatch medicine, save use cost, when first aid, can save rescue time especially.It is reliable that the design of solids chamber inflation and closing component can guarantee to adorn the powder charge of solid coyote hole, and good airproof performance is for following process and the double flexible pipe double chamber bag crudy that can adorn solid medicine and liquid medicine provide reliable guarantee.
Structural design compact and reasonable of the present invention, the production efficiency height, Operation and maintenance are convenient, and its solids chamber inflation and closing component can change the positions of inhaling lamina membranacea and the relative interface of sealing part according to bag specification, profile difference, thereby the inflation that can be fit to the different size bag is sealed.The quantity of each bag can be 2 or 3 or 4 or 6 as required.
The present invention can use separately, the two chambers bag that also the present invention can be made is sent into bag station that advances of full automatic filling and sealing machine, form with filling and sealing machine can finish that lettering, bag, the inflation of solid coyote hole seal, automatic assembly line that the can of liquid medicine, liquid coyote hole are sealed.
Description of drawings:
Fig. 1 is for adorning the double flexible pipe double chamber bag semi-finished product structural representation of solid medicine and liquid medicine;
Fig. 2 is for adorning the finished product structural representation after the double flexible pipe double chamber bag perfusion of solid medicine and liquid medicine;
Fig. 3 is a complete machine structure schematic front view of the present invention;
Fig. 4 is a complete machine structure diagrammatic top view of the present invention;
Fig. 5 is a rack construction schematic front view of the present invention;
Fig. 6 is rack construction signal left view of the present invention;
Fig. 7 is a rack construction diagrammatic top view of the present invention;
Fig. 8 is a film feeding modular construction schematic front view of the present invention;
Fig. 9 is film feeding modular construction signal left view of the present invention;
Figure 10 is a lettering modular construction schematic front view of the present invention;
Figure 11 is lettering modular construction signal left view of the present invention;
Figure 12 is the weak weldering of the present invention modular construction schematic front view;
Figure 13 is the weak weldering of the present invention modular construction signal left view;
Figure 14 is the A-A cutaway view of Figure 12;
Figure 15 is that the B of Figure 14 is to view;
Figure 16 is a membrane modular construction schematic front view of the present invention;
Figure 17 is a membrane modular construction diagrammatic top view of the present invention;
Figure 18 is a bag forming assembly structural representation front view of the present invention;
Figure 19 is a bag forming assembly structural representation left view of the present invention;
Figure 20 is the schematic diagram after two chambers bag film bag is shaped;
Figure 21 takes over weld assembly structural representation front view for the present invention;
Figure 22 takes over weld assembly structural representation left view for the present invention;
Figure 23 is a bag separation assembly structural representation front view of the present invention;
Figure 24 is a bag separation assembly structural representation left view of the present invention;
Figure 25 is a bag transfer assembly structural representation front view of the present invention
Figure 26 is a bag transfer assembly structural representation left view of the present invention;
Figure 27 is solid coyote hole inflation of the present invention and closing component structural representation front view;
Figure 28 is solid coyote hole inflation of the present invention and closing component structural representation right view;
Figure 29 is solid coyote hole inflation of the present invention and closing component structural representation rearview;
Figure 30 is the schematic diagram of two chambers bag film after the solid coyote hole is inflated and sealed;
Figure 31 is a preheating assembly structural representation front view of the present invention;
Figure 32 is a preheating assembly structural representation left view of the present invention;
Figure 33 takes over conveying assembly structural representation front view for the present invention;
Figure 34 takes over conveying assembly structural representation vertical view for the present invention;
Figure 35 is the automatic upper connecting tube modular construction of a present invention schematic front view;
Figure 36 is the automatic upper connecting tube modular construction signal of the present invention left view.
The specific embodiment
As shown in Figure 1, the solid medicine adorned that the present invention produces and the double flexible pipe double chamber infusion bag 15 of liquid medicine are the semi-finished product shape, are made up of adapter 1501, dress liquid coyote hole 1503, dress solid coyote hole 1507, perfusion mouth 1508.Take over 1501 and be loaded on the bag lower end, the bag periphery seals with high strength weld seam 1502, be processed with weak welding line 1506 between liquid coyote hole 1503 and the dress solid coyote hole 1507, two Room can be isolated fully, avoid two kinds of medicines to obscure mutually before use, the processing of weak welding line 1506 must guarantee the both strict isolation of two coyote holes, tears easily during mixing.In dress solid coyote hole 1507, be filled with pure air (or nitrogen) 1510, inflation mainly is to guarantee that the two membranes of this chamber can not stick together when sterilization.Perfusion mouth 1508 is located at dress solid coyote hole 1507 near bag marginal position, and by temporary welds 1509 sealings, temporary welds 1509 mainly is to guarantee that dress solid coyote hole 1507 is not contaminated before irritating solid medicine.
Figure 2 shows that the finished product shape after two chambers bag is processed, adding needs soup is poured into from adapter 1501 shown in Figure 1 in the dress liquid coyote hole 1503 man-hour, after filling in make up a prescription mouth 1505 and medicine discharging nozzle 1504 sterilizations, temporary welds 1509 is cut away, after perfusion mouth 1508 pours into dress solid coyote hole 1507 with solid medicine, perfusion mouth 1508 is welded, by 1511 sealings of perfusion mouth seal-weld, then make the double flexible pipe double chamber infusion bag that solid medicine and liquid medicine are housed as shown in Figure 2.This double-chamber transfusion bag can be packed infusion solutions and solid medicine in the different chamber in the same bag, and two kinds of medicines do not mix mutually during storage, but long preservation.Push infusion bag with hand during use, because the weld strength of weak welding line 1506 is little, two membranes from weak welding line 1506 separately makes dual cavity become single chamber under the extruding of bag inner liquid medicine, and two kinds of soups mix fully.
The present invention is that accompanying drawing has been showed specific embodiments of the invention with the specific implementation of above-mentioned technical process.
Shown in Fig. 3,4, the Bag Making Machine of present embodiment is 4 types, the processing of promptly at every turn making 4 sacks.It comprises film feeding assembly 2, lettering assembly 3, weak welding line weld assembly 4, membrane assembly 5, bag forming assembly 6, take over weld assembly 7, bag separation assembly 8, bag transfer assembly 9, solids chamber inflation and closing component 10, take over preheating assembly 11, take over conveying assembly 12, automatic upper connecting tube assembly 13 and electric cabinet 14, wherein the film feeding assembly 2, lettering assembly 3, weak welding line weld assembly 4, membrane assembly 5, bag forming assembly 6, take over weld assembly 7, bag separation assembly 8 and bag transfer assembly 9 are loaded on the frame 1, and be arranged in different station according to said sequence, take over conveying assembly 12 and place bag forming assembly 6, take over weld assembly 7, bag separation assembly 8 and bag transfer assembly 9 anterior locations, do intermittent movement, the stop place of its motion is corresponding with above-mentioned each assembly station, taking over preheating assembly 11 is fixed on the interface conveying assembly 12, and be positioned at before the station of bag forming assembly 6, upper connecting tube assembly 13 places and takes over conveying assembly 12 fronts automatically; Weak weldering assembly 4 can place between lettering assembly 3 and the membrane assembly 5, promptly weak weldering assembly 4 is to be contained in after the lettering assembly 3, weak weldering is to carry out before bag is shaped, also lettering assembly 3 and weak weldering assembly 4 positions can be exchanged, promptly weak weldering assembly 4 places between film feeding assembly 2 and the lettering assembly 3, a little less than be welded in lettering and carry out before.In the present embodiment weak weldering assembly 4 is placed between lettering assembly 3 and the membrane assembly 5, solids chamber inflation and closing component 10 are arranged at the first group interface weld assembly, 7 back, the inflation and the sealed station that are the solid coyote hole are provided in a side of after bag forming station, are positioned at same station with in the joint weld group 7 first group.Electric cabinet 14 is control assembly of the present invention, can control above-mentioned each assembly action, after each combination of components, can finish automatically that lettering, the welding of weak welding line, bag are shaped, functions such as the inflation of solid coyote hole is sealed, bag separates, bag transmission.
Shown in Fig. 5,6,7, frame 1 of the present invention is the support unit of each assembly, provides same reference for installation for each assembly simultaneously, to guarantee that transmission location is accurate between each assembly, guarantee the bag reliable in quality, phenomenons such as profile dislocation, lettering dislocation can not appear welding in good looking appearance.Frame 1 mainly is made up of preceding support 105, support tube connector 106, back support 107, constitutes firm foundations supporting support, so that the wallboard of other assemblies to be installed, fixes on the ground by under-chassis 102.Support is provided with front column 111, support tube connector 106 and rear column 108, form frame structure by left tube connector 115, right tube connector 119, the back rest 114, transverse tube 109, vertical tube 117, tube connector 116, preceding tube connector 104 and L bracket 103, and link to each other with support, electric cabinet 101 places frame one side, is mainly used in the installation of electric elements and control panel; Door fixed head 113 connects with front column 111 by hinge 112, on the door fixed head 113 door 110 is housed, and U-shaped tube connector 118 also is housed on the intermediate door 110, and the operator can open door 110 as required, observes the condition of production at any time.
Shown in Fig. 8,9, film feeding assembly 2 mainly is the conveying of finishing bag film, must guarantee the constant tension of film during film feeding, and the bag film is smooth, wrinkle resistant during with assurance lettering and shaping.It mainly is made up of film feeding cylinder 203, cylinder I208, cylinder II214 and film feeding motor 217, column 202, support plate 211, fixed head 205, cylinder installing plate 204 are formed the supporting structure of film feeding assembly 2, column 202 1 ends are supported on ground by under-chassis 201, the other end connects cylinder installing plate 204, support plate 211 and fixed head 205, and support plate 211 is fixed in the housing assembly on the right tube connector 119.On cylinder installing plate 204, film feeding motor 217 is housed, its output shaft and film feeding cylinder 203 link, the I axle 207 that bag film volume 218, two symmetries is housed on the film feeding cylinder 203 and be arranged in parallel is positioned at film feeding cylinder 203 fronts, one end is fixed on the cylinder installing plate 204 by pole 206, the other end is fixed on the support plate 211, is with axle sleeve 210 and cylinder I208 on the I axle 207, and the centre is provided with the interstage sleeve 209 that can keep off bag film.The below of two I axles, 207 symmetrical centre positions is provided with II axle 213, II axle 213 1 ends freely stretch, the other end floats and is loaded on the line slideway 215, can move up and down along line slideway 215, its outer cylinder II214 that is with, establish bearing 212 between the two, line slideway 215 is fixed on the cylinder installing plate 204 by guide rail installing plate 216.Add man-hour, the bag film can be around on I axle 207, II axle 213, the I axle 207 in regular turn.When the bag film passes cylinder I208 and cylinder II214 and is pulled to lettering and forming assembly by direction as shown in Figure 9, because cylinder II214 can move up and down at line slideway 215, can adjust the relative distance between I axle 207 and the II axle 213 automatically, the rate of tension when sending into to adjust the bag film.When cylinder II214 upwards moves on to certain position, film feeding motor 217 beginning film feedings, when cylinder II214 moved down an ad-hoc location, film feeding motor 217 stopped film feeding.Because the gravity of cylinder II214 acts on the film, film is tightened up all the time, and tightening force is constant like this.
Shown in Figure 10,11, lettering assembly 3 is mainly finished the printing to the label on the infusion bag.It comprises the supporting device of being made up of lettering group wallboard 301 and lettering group base plate 302, lettering group backing plate 304 is fixed on the lettering group base plate 302 by gripper shoe 303, put on it lettering group bag film 305 is arranged, the top of lettering group backing plate 304 correspondences is provided with lettering template 306 and lettering heating plate 307, and both fit mutually; Lettering heating plate 307 upper ends link to each other with lettering pressing plate 309 by printing board heat insulating mattress 308, and lettering pressing plate 309 joins with the piston rod of lettering cylinder 311, and lettering cylinder 311 is fixed on the lettering group wallboard 301 by lettering cylinder mounting plate 310.On lettering cylinder mounting plate 310, also be fixed with lettering group fairlead 313, lettering group lead 312 is housed in it, be arranged in parallel with the piston rod of lettering cylinder 311, and link to each other with lettering pressing plate 309, can the piston rod of lettering cylinder 311 be play the guiding role, to guarantee that the horizontal compacting of lettering template 306 energy is on lettering group bag film 305 surfaces.On lettering group bag film 305, pass through color band 314, its direction is vertical with lettering group bag film 305 directions of motion, and two ends are fixing with colour band frame 315 and receipts colour band group 316 respectively.When lettering group bag film 305 process lettering assemblies 3, heated lettering template 306 is being pressed in downwards under the effect of lettering cylinder 311 on the lettering group bag film 305, toner is ironed on the lettering group bag film 305 under pressure and certain temperature on the colour band 314 like this, thereby finishes the lettering work to lettering group bag film 305.Lettering heating plate 307 mainly plays a part 306 heating of lettering template, and its temperature can be adjusted to suitable temperature by temperature controller, the pressure in the time of can regulating lettering by the air pressure of regulating lettering cylinder 311 simultaneously.Lettering group wallboard 301 is fixed on the preceding support 105 and back support 107 of housing assembly 1 by coupled location-plate 317.
Shown in Figure 12,13,14,15, weak welding line weld assembly 4 is mainly finished the processing of weak welding line 1506 between liquid coyote hole 1503 and the dress solid coyote hole 1507, this assembly comprises weak welding template 415, heating plate 407, heat seal cylinder 411, pressure head 421, press mold cylinder 419, said modules is fixed on base plate 402 and the installing plate 414, base plate 402, installing plate 414 all are installed on the weak weldering group wallboard 401, weak weldering group wallboard 401 is fixed on the preceding support 105 and back support 107 of housing assembly 1 by weak weldering group location-plate 423, becomes the support of whole assembly.On base plate 402, be provided with gripper shoe 403, backing plate 404 is fixed on this gripper shoe 403, weak weldering group bag film 406 to be processed has been passed through on the surface, heating plate 407 places backing plate 404 tops, and link to each other with the piston rod of heat seal cylinder 411 by pressing plate 409, between pressing plate 409 and heating plate 407, be provided with heat insulation post 408, pressing plate 409 is connected by adapter sleeve 410 with the piston rod of heat seal cylinder 411, the cylinder body of heat seal cylinder 411 is fixed on the installing plate 414, weak welding template 415 fits in heating plate 407 bottom surfaces, finishes thermal weld to weak welding line 1605 in the bag shown in Figure 1 by moving up and down of heat seal cylinder 411.Because weak weldering welding requires very high to temperature and pressure, so the stepless adjustable temperature controller of constant temperature is adopted in the temperature control to heating plate 407, air pressure to heat seal cylinder 411 adopts the accurate voltage regulating valve to realize, can guarantee that like this weld strength of weak welding line 1506 reaches perfect condition.Shown in Figure 12,13, at weak weldering group bag film 406 four jiaos into and out of the position, be provided with pressure head 421, it mainly acts on is when weak welding that the mould of this station is tight, thereby guarantee that film can be not wrinkling, to guarantee the effect of welding, pressure head 421 links to each other with the piston rod of press mold cylinder 419, the cylinder body of press mold cylinder 419 is fixed on the press mold cylinder installing rack 422, and 422 of press mold cylinder installing racks pass through press mold cylinder support plate 420 and link to each other with weak weldering group wallboard 401.Rear end in weak welding template 415, the marsupial air inlet patrix 417 of also fitting, in the upper end of backing plate 404, the position relative with bag air inlet patrix 417, installing marsupial air inlet counterdie 418, this bag air inlet counterdie 418 places among the two membranes of weak weldering group bag film 406.The effect of bag air inlet patrix 417 and bag air inlet counterdie 418 is be shaped the bag air inlet 424 shown in Figure 14,15 of the rear portion through the film of this station, is beneficial to when the group station is sealed in the solids chamber inflation gas be charged in the solids chamber.On air inlet counterdie 418, offer a cooling duct 41801, this passage is by the pipeline (see figure 4) that is connected with cooling water interface 18 on being contained in housing assembly 1.Can cool off air inlet counterdie 418 by cooling water, so as not to weak weldering group bag film 406 during because of high temperature and lower bolster 418 stick together.Shown in Figure 12,14, respectively be provided with one at left front of weak weldering assembly 4 and right back and open lamina membranacea 405, promptly opening lamina membranacea 405 is positioned at the import rear portion of weak weldering group bag film 406 and goes out the epistome, its effect is that the front portion of film and rear portion are separated, if decide like this, be beneficial to the back operation two membranes is separated in order to weaken the bonding force between the two membranes; Front portion as film will be put into interface between the two membranes before shaping, and the rear portion of film is sealed in solids chamber inflation and needed in the group station solid coyote hole and perfusion mouth inhaled to open to be beneficial to air (or nitrogen) to enter solid medicine indoor.Shown in Figure 12,14, open lamina membranacea 405 and be installed in out on the lamina membranacea support plate 416, open lamina membranacea support plate 416 and link to each other with press mold cylinder support plate 420.In the present embodiment, heat seal cylinder 411 be about two be symmetrical arranged, between two heat seal cylinders 411, also be provided with fairlead 412 and place lead 413 in the fairlead 412, fairlead 412 is fixed on the installing plate 414, lead 413 links to each other with pressing plate 409.Play the guiding role when a welding template 415 and a bag air inlet patrix 417 move up and down a little less than 413 pairs of the leads, guarantee the invariant position of each work.The course of work of this assembly is: when weak weldering group bag film 406 is pulled through this station, pressure head 421 contacts with the bag film earlier, under the effect of press mold cylinder 419 that mould is flat fixing, weak simultaneously welding lamina membranacea 415 and bag air inlet patrix 417 will place the weak weldering group bag film 406 on the backing plate 404 to compress downwards under the effect of heat seal cylinder 411, because weak welding template 415 is fitted with heating plate 407, certain temperature is arranged, so under certain pressure, weak welding template 415 can be with the two membranes hot weld together, because the temperature of welding, pressure and time are adjustable, so the intensity of thermal weld can satisfy the weak welding requirements of two chambers bag.Simultaneously, bag air inlet counterdie 418 is in the centre of two membranes, so bag air inlet patrix 417 upper strata shaping output air inlet 424 to film during with 418 pressings of bag air inlet counterdie.When weak welding template 415 and bag air inlet patrix after 417 pressurize regular hours, 411 withdrawals of heat seal cylinder, a then weak welding template 415 and a bag air inlet patrix 417 also upwards leave backing plate 404 and get back to original position.At this moment press mold cylinder 419 is decontroled film, finishes once weak welding job.Simultaneously open lamina membranacea 405 and respectively front portion and rear portion through the film of this station separate for two, the bonding force with between the minimizing separate section two membranes is beneficial to the back operation two membranes is separated.
Shown in Figure 16,17, membrane assembly 5 its major functions of the present invention are that the film after lettering and the weak welding is drawn in forming station, the good bag that will be shaped simultaneously moves to the first group interface welding post and solids chamber inflation sealed station from forming station, is beneficial to the welding of interface and the inflation of solids chamber and seals.It mainly comprises membrane frame A502, installing rack 504, membrane frame B505 and inhales bag frame 507, membrane frame A502 is provided with press mold cylinder 516, the piston rod of press mold cylinder 516 links to each other with mould plate 517, on the membrane frame B505 sucker 518 is arranged, membrane frame A502, membrane frame B505 link to each other with the driver B510 of servo control mechanism B512 control, can be driven by driver B510 and do side-to-side movement; Membrane frame A502 joins by line slideway auxiliary A503 and installing rack 504, membrane frame B505 is fixed on the connecting plate 514, connecting plate 514 is fixed on the line slideway auxiliary 506, and links to each other with upper and lower air cylinders 513 on being installed in line slideway auxiliary A503, can be driven by upper and lower air cylinders 513 move up and down; Inhale bag frame 507 and also be fixed on the connecting plate 514, can move up and down by upper and lower air cylinders 513 drives; Simultaneously line slideway auxiliary 506 is connected with link 508, and link 508 links to each other with driver A510 by servo control mechanism A509 control, can be by side-to-side movement under the drive of the driver A510 of servo control mechanism A509 control, thus drive suction bag frame 507 side-to-side movements.Inhale on the bag frame 507 sucker 518 is housed.Open film hand 519 and be fixed on the guide rail plate 520, the main film that will draw in bag forming assembly 6 that rises separately is beneficial to the interface that interface conveying assembly 12 sends here and puts between the two membranes.Guide rail plate 520 is fixed on the preceding support 105 of housing assembly 1, the main supporting role that is installed in the bearing 521 on the membrane frame A502 that rises.Installing rack 504 is fixed on shaping group wallboard 601 by mounting angle plate 523 and takes on the soldering group wallboard 704.The course of work of this assembly is: at membrane frame A502, membrane frame B505 and before inhaling a bag frame 507 and under the drive of driver 510, moving right, and membrane frame B505 and inhale bag frame 507 and drive by upper and lower air cylinders 513 and move upward; Press mold cylinder 516 drives mould plate 517 and moves upward, and mould plate 517 is not pushed down film 501 at this moment.Membrane frame A502, membrane frame B505 and inhale bag frame 507 under the drive of driver 510 before left movement, membrane frame B505 and inhale bag frame 507 and drive by upper and lower air cylinders 513 and move downward, the sucker of inhaling on the bag frame 507 518 holds the bag in the forming assembly 6; Sucker 518 on the membrane frame B505 holds film.Press mold cylinder 516 drive mould plates 517 move downward simultaneously, and mould is lived.Membrane frame A502, membrane frame B505 and inhale bag frame 507 under the drive of driver 510 to left movement, inhale bag frame 507 and jointly sack moved to the first joint weld station and solids chamber inflation sealed station from forming station with interface delivery groups 12; Two membrane framves are drawn in forming station with the film of preceding road station simultaneously.
Shown in Figure 18,19, bag forming assembly 6 of the present invention mainly is made up of shaping cylinder 609, shaping heating plate 604, shaping patrix 615 and forming lower die 616, shaping wallboard 601, fixed head 611, installing plate 602 and connecting plate 613 are formed the supporting structure of this assembly, supporting plate cylinder 610, shaping cylinder 609 all become to go up, about under be symmetrical arranged, wherein Shang Mian shaping cylinder 609 is fixed on the connecting plate 613,610 in supporting plate cylinder is fixed on the connecting plate 613 by cylinder support 612, and following then is fixed on the installing plate 602.Described supporting plate cylinder 610 links to each other with supporting plate connecting rod 608 by supporting plate link 614, and holder lamina membranacea 605 is housed on the supporting plate connecting rod 608; The piston rod of shaping cylinder 609 is fixed on the pressing plate 603 by joint 618, pressing plate 603 links to each other with shaping patrix 615, forming lower die 616 with shaping heating plate 604 respectively by heat insulation post 617, shaping heating plate 604 is fitted respectively with shaping patrix 615, forming lower die 616, can be with the heat transmission thereon.On installing plate 602, also be fixed with fairlead 620, lead 619 is housed in it, be arranged in parallel with the piston rod of shaping cylinder 609, lead 619 links to each other with pressing plate 603, can play the guiding role to shaping cylinder 609 piston rods.Shaping wallboard 601 is fixed on the preceding support 105 and back support 107 of housing assembly 1 by location-plate 621.This assembly is mainly finished adapter 1501 and bag formed film 607 process that make infusion bag welded together.When adapter 1501 and film are sent into this assembly, holder lamina membranacea 605 is tight with mould under the effect of supporting plate cylinder 610, be shaped this moment patrix 615 and forming lower die 616 presses together under the effect of shaping cylinder 609, and the shaping upper and lower mould all is heated to one the intact pair of films of temperature and takes over 1501 welding.The pressure of the temperature of shaping heating plate 604 and shaping cylinder 609 all can be regulated as requested, to guarantee the weld strength of sack.Since also be equipped with on the shaping patrix 615 and the consistent cutting knife of bag profile, fashionable in two shaping mold pressings, can simultaneously sack be cut out profile as shown in figure 20.
Shown in Figure 21,22, totally three groups of adapter weld assemblies 7 of the present invention are mainly finished the add strong weld of sack adapter with the film weld.The present invention takes over weld assembly 7 and comprises adapter heat seal cylinder 703, takes over heat sealing die 707, takes over heating plate 708, taking over the heat seal cylinder is symmetrical arranged up and down for 703 one-tenth, be fixed on the adapter welding wallboard 704 by cylinder mounting plate 702, air cylinder fixed plate 701, its piston rod links to each other with symmetrically arranged adapter heating plate 708 up and down by taking over welding pressing plate 712, dottle pin 713, connecting plate 705, take over heat sealing die 707 and fit with taking over heating plate 708, infusion bag 706 places on two between the lower linking tube heat sealing die 707.On installing plate 702, fairlead 710 also is housed, lead 711 is housed in it, be arranged in parallel with taking over heat seal cylinder 703 piston rods, lead 711 links to each other with adapter welding pressing plate 712, but butt tube heat seal cylinder 703 piston rods play the guiding role.Taking over welding wallboard 704 is fixed on the preceding support 105 and back support 107 of housing assembly 1 by clamping plate 714, pressing plate 715.
Shown in Figure 23,24, bag of the present invention separation assembly 8, it mainly finishes the sack that connects together being shaped separately, and soup can not overflow (adjacent bag when connecting together, the independent volume of every bag volumetric ratio is little) when guaranteeing to be sent to the bottle placer can.It comprises that mainly bag cuts apart plate 808, straight line cylinder 809, support strength cylinder 803, support strength cylinder 803 is fixed on bag discrete group wallboard 804 by cylinder mounting plate 805, fixed head 801, stiffener 802, its piston rod links to each other with pad post 817 by installing plate 818, bag discrete group infusion bag 15 is between pad post 817 and bag separation pressing plate 816, bag separation pressing plate 816 is articulated on the hinge seat 814 by support plate 807, connecting plate 815, is fixed on bag discrete group wallboard 804 by support 813 again.Above bag separates pressing plate 816, be provided with pressure cylinder 811, be fixed on the support 813 by cylinder support plate 812.On bag discrete group wallboard 804, straight line cylinder 809 also is housed, fixing by cylinder installing rack 810, bag is cut apart plate 808 and is loaded on the straight line cylinder 809.Bag discrete group wallboard 804 is fixed on the preceding support 105 and back support 107 of housing assembly 1 by clamping plate 714, pressing plate 715.When infusion bag 15 arrives bag separation assembly 8, bag separation pressing plate 816 and pad post 817 are pushed down infusion bag 15 under the effect of pressure cylinder 811, bag is cut apart plate 808 motion backward under the effect of straight line cylinder 809 simultaneously, when it passes infusion bag 15 infusion bag 15 that links together is separated one by one.If between bag and the bag slitter edge is arranged, then change the gas pawl into and add clip as long as bag is cut apart plate 808, the gas pawl drives clip and clamps slitter edge moving backward under the effect of straight line cylinder 809 and the slitter edge between bag and the bag can being torn, and the infusion bag 15 that connects together is separated.
Shown in Figure 25,26, bag of the present invention transfer assembly 9, its mainly act on be with sack from the pipe connection clip 1207 of taking over conveying assembly 12 take off and deliver to bottle placer (as with the bottle placer on line) advance bag group or bag collection (when using separately).It mainly comprises shift fork cylinder 901, shift fork 902, the cylinder 908 that seesaws, the cylinder 917 that moves up and down, bag taking gas pawl 921, bag taking clip 922, bag side-to-side movement driver 919 and servo control mechanism 918, described shift fork 902 is contained on the shift fork cylinder 901, can be done by its drive to move up and down; Bag taking gas pawl 921 is loaded on the gas pawl installing plate 905, bag taking clip 922 is loaded on bag taking gas pawl 921 lower ends, sucker fixed mount 907 is loaded on the gas pawl installing plate 905, which is provided with sucker 906, gas pawl installing plate 905 links to each other with the cylinder of the cylinder 908 that seesaws, and the piston rod of the cylinder 908 that seesaws is loaded on the cylinder connecting plate 909; Cylinder connecting plate 909 is connected in the bracing frame below that guide rail installing plate 912, stiffener 910 and cylinder support plate 915 are formed, the cylinder fixed mount is set in the bracing frame, it mainly is made up of air cylinder fixed plate A913, slide block installing plate 914 and air cylinder fixed plate B916, slidably connect by line slideway auxiliary 911 between the two, the cylinder 917 that moves up and down is loaded on the cylinder fixed mount, its piston rod links to each other with cylinder support plate 915, and the cylinder fixed mount links to each other with the slide block of bag side-to-side movement driver 919; Bag side-to-side movement driver 919 is fixed on the driver rack 923, and servo control mechanism 918 places driver 919 1 ends, and an end of driver rack 923 is fixed on bag discrete group wallboard 804, and the other end is fixed on the transverse tube 109 on the frame 1.When infusion bag 15 is sent to this station, shift fork 902 moves downward at the effect lower edge of shift fork cylinder 902 shift fork guide plate 920, before inserting two adapters of infusion bag 15, the clip of bag taking simultaneously 922 clamps the adapter of infusion bag 15 jointly with location-plate 903 under the effect of bag taking gas pawl 921, and sucker 908 holds infusion bag 15 rear portions, under the effect of the cylinder 908 that seesaws, pass through shift fork 902 then, location-plate 903 and bag taking clip 922 pull back infusion bag 15 jointly, thereby sack is taken out from sackholder 1207, after reaching the position of setting, the cylinder 917 that moves up and down moves upward, bag side-to-side movement driver 919 under the driving of servo control mechanism 918 with infusion bag 15, bag taking clip 922 grades be sent to deliver to bottle placer (as with the bottle placer on line) advance bag group or bag collection place.
Shown in Figure 27,28,29,30, solids chamber of the present invention inflation and closing component 10 are mainly finished to inflation in the dress solid coyote hole 1507 of as shown in Figure 1 bag and with gas and are sealed in the dress solid coyote hole 1507 by temporary welds 1509.The purpose of inflation mainly is dress solid coyote hole 1507 two membranes to be inhaled open and keep certain shape, and this moment, then air was stayed in the solids chamber with the heat seal of perfusion mouth.This assembly comprises to be inhaled film the suction membrane portions open, pure air is charged into the injection section of solids chamber and with the heat seal lands of solids chamber perfusion mouth heat seal.
Described suction membrane portions comprises inhales the suction lamina membranacea of opening 1016 with film, and injection section comprises gas tube 1043, and heat seal lands comprises heat seal die 1017.Inhale lamina membranacea 1016 and be oppositely arranged two up and down, respectively by linking to each other with the piston rod of symmetrically arranged long cylinder 1013 up and down with the suction film installing plate 1015 of its applying, the cylinder body of long cylinder 1013 links to each other by the cylinder body of cylinder connecting plate 1010 with the cylinder 1009 of losing heart again, the piston rod of cylinder 1009 of losing heart links to each other with the cylinder installing plate 1002 of losing heart, the cylinder installing plate 1002 of losing heart links to each other with fagging 1006 by connecting bent plate 1007, fagging 1006 is fixed on the support 1027, inhale lamina membranacea 1016 and be provided with evacuation passageway 1048, two abutted surfaces of inhaling lamina membranacea 1016 are provided with the chamber of finding time that communicates with evacuation passageway 1048, the passway of evacuation passageway 1048 is provided with joint 1047, join with vacuum-pumping pipeline, on housing assembly 1, be provided with vacuum-pumping pipeline connector 19 (see figure 4)s.Heat-sealing template 1017 places inhales lamina membranacea 1016 back, on, be provided with in pairs down, fit with heat seal die heating plate 1018, paired up and down heat-sealing template heating plate 1018 links to each other with template heating plate installing plate 1019, heating plate installing plate 1019 links to each other with heat insulation bearing 1024 by template connecting plate 1021, template connecting plate 1021 outer thermal insulation board 1023 and the side thermal insulation boards 1022 of being provided with, the piston rod of symmetrically arranged solids chamber heat seal cylinder 1033 links to each other heat insulation bearing 1024 with being up and down, the cylinder body of solids chamber heat seal cylinder 1033 then links to each other with solids chamber heat seal cylinder mounting plate 1032, and solids chamber heat seal cylinder mounting plate 1032 links to each other with side installing plate 1026.Heat-sealing template top is equipped with regulates bolt 1020, and the upper-lower position of adjustable heat envelope template is with accurate location.Gas tube 1043 places heat seal die 1017 back, aim at bag air inlet 424 (seeing Figure 15), pure air is charged into dress solid coyote hole, this gas tube 1043 is installed on the gas tube support 1036, gas tube support 1036 is fixed on the side installing plate 1026, gas tube 1043 links to each other with tracheae 1045 by joint 1044, tracheae 1045 and place pure air import 17 on the housing assembly 1 (see figure 4) of joining, and tracheae 1045 is provided with charge valve 1046.Support 1027 and side installing plate 1026 are fixed in shaping group wallboard 601 and take on the soldering group wallboard 704, and two wallboards then are fixed on preceding support 105 and the back support 107.For making this assembly change the positions of inhaling lamina membranacea and the adapter of sealing part relative pocket according to bag specification, profile difference, seal with the inflation that is fit to the different size bag, also be provided with the die location governor motion in this assembly, this die location governor motion is symmetrical arranged up and down, it comprises screw mandrel 1029, hold-down nut 1030 and nut installing plate 1031, screw mandrel 1029 is installed on the support 1027, the hold-down nut 1030 that is fixed on the nut installing plate 1031 is sleeved on the screw mandrel 1029, and the cylinder installing plate 1002 of losing heart is connected with nut installing plate 1031.Support 1027 is provided with regulates the axis of guide 1004, and by 1003 supportings of regulating shaft bearing, and lose heart cylinder installing plate 1002 and solids chamber heat seal cylinder mounting plate 1032 all link to each other with the bearing block connecting plate 1005 that is used to install regulating shaft bearing 1003.One end of screw mandrel 1029 is provided with position indicator 1028, makes mobile apart from digitlization.As shown in figure 27, long for making, the cylinder 1013 of losing heart, 1009 drives are inhaled and are moved in lamina membranacea 1016 motion processes reliably, can be by cylinder installing plate 1002 and the stiffener 1042 of losing heart, second installing plate 1041 is formed a strut configuration, middle part in strut configuration is supported by support column 1001, the both sides of strut configuration are provided with axis of guide bearing sleeve 1011 and the axle 1012 that is installed in the axis of guide bearing sleeve 1011, axle 1012 links to each other with suction film installing plate 1015, the two ends of axis of guide bearing sleeve 1011 are equiped with linear bearing 1008, the symmetrically arranged up and down cylinder 1009 of losing heart respectively is two up and down, and axis of guide bearing sleeve 1011 is positioned at the outside of two cylinders 1009 of losing heart.As shown in figure 29, it respectively is 4 that heat seal die 1017 is symmetrical arranged up and down, it is bag of every compacting, per 2 heat seal die 1017 all are connected with each two solids chamber heat seal cylinder 1033 up and down, for the motion that makes heat seal die 1017 more reliable, between two solids chamber heat seal cylinders 1033, be provided with the heat seal die guideway 1034 and the heat seal die axis of guide 1035 that is loaded in the heat seal die guideway 1034, heat seal die guideway 1034 links to each other with solids chamber heat seal cylinder mounting plate 1032, and 1035 of the heat seal die axis of guides link to each other with connecting plate 1037.
The course of work of this assembly is: when the good bag that is shaped is moved to solids chamber inflation and closing component 10 by the membrane frame, two inhale lamina membranacea 1016 move toward one another under the effect of long cylinder 1013, after putting in place, under cylinder 1009 effects of losing heart, then two suction lamina membranaceas 1016 are lived the dress solid medicine constant pressure at bag rear portion, gas tube 1043 is aimed at bag air inlets 424 at this moment, it is indoor that charge valve 1046 is opened the dress solid medicine that pure air is charged in the bag, inhale simultaneously in the lamina membranacea 1016 and vacuumize, then Dai two membranes is held, the cylinder 1009 of losing heart then drives two suction lamina membranaceas 1016 and moves dorsad, and two films are drawn back certain distance and maintain, and then pure air is full of the dress solid medicine.This moment, heat seal die 1017 compressed bag under the effect of solids chamber heat seal cylinder 1033, and the temperature of heat seal die 1017 and adjustable in pressure guarantee that heat seal meets the demands.Simultaneously, charge valve 1046 is closed, and heat seal die 1017 is left sack dorsad under the effect of solids chamber heat seal cylinder 1033 behind the pressurize certain hour, finish sealing process.Subsequently, two suction lamina membranaceas 1016 are got back to original position dorsad under the effect of long cylinder 1013.Because bag length is different, also can change so inhale the front and back position of the adapter of lamina membranacea and the relative infusion bag 15 of heat seal die, this can rotate drives by screw mandrel 1029 and be fixed on hold-down nut 1030 on the nut installing plate 1031 and move forward and backward and realize.When needing to adjust, can unclamp the connecting bolt that connects bent plate 1007 and fagging 1006 and side installing plate 1026 and wallboard, rotary screw rod 1029, displacement before and after then the suction lamina membranacea 1016 that links to each other with nut installing plate 1031, gas tube 1043 and heat seal die 1017 will take place.Regulate the axis of guide 1004 principal securities and inhale lamina membranacea 1016 and heat seal die 1017 when moving forward and backward, the position, the left and right sides of the adapter of infusion bag 15 can not change relatively, seals with the dress solid coyote hole inflation of the bag that guarantees to be fit to different size.Position indicator 1028 mainly be with move apart from digitlization, the position that the bag inflation closing component of different size can be changed shows with numeral, is beneficial to practical operation.Figure 30 is the schematic diagram of bag film after inflation of dress solid coyote hole and sealed station, the infusion bag 15 after inflation is sealed as shown in the figure, the dress solid coyote hole 1039 after the inflation by heat seal die 1017 by temporary welds 1509 sealings.
Shown in Figure 31,32, the preheating assembly 11 main butt tubes that rise of the present invention preheat before entering bag forming assembly 6, are beneficial to take over the film thermal weld firm.It comprises preheated mold 1106, each a preheating heating plate 1105 and preheated mold cylinder 1102 up and down with preheated mold 1106 applyings, preheating heating plate 1105 links to each other with the piston rod of symmetrically arranged preheated mold cylinder 1102 up and down by thermal insulation board 1104, the cylinder body of preheated mold cylinder 1102 is fixed on upper cylinder installing plate 1108 and the lower cylinder installing plate 1101, on, lower cylinder installing plate 1108,1101 continuous by support plate 1103 is installed, lower cylinder installing plate 1101 is fixed on the driven pulley mount pad 1211, and driven pulley mount pad 1211 is fixed on front and back support 105, on 107.Preheating assembly is identical with the sack quantity of once-forming, as among Fig. 4 being 4.When taking over 1107 when being sent to preheating assembly 11 stations, preheated mold 1106 is pushed down under the effect of preheated mold cylinder 1102 and is taken over 1107 and to its heating.The heat time heating time of the heating-up temperature of preheated mold 1106 and butt tube 1107 is adjustable, reaches requirement to guarantee butt tube 1107 pre-warmed effects.
Shown in Figure 33,34, adapter conveying assembly 12 of the present invention is mainly finished the transfer function of adapter, automatic upper connecting tube assembly 13 is sent to adapter on the pipe connection clip 1207 is transported to bag forming assembly 6 and is welded into sack with film, the good sack that will be shaped simultaneously is delivered to takes over weld assembly 7, bag separation assembly 8 and bag transfer assembly 9.It mainly by active synchronization belt wheel 1202, cam indexing mechanism 1204, reducing motor 1206, pipe connection clip 1207, guide rail 1208, big driven pulley 1215, synchronously be with 1214 and little driven pulley 1217 form.Reducing motor 1206 is fixing by motor mount 1205, its output shaft and cam indexing mechanism 1204 link, active synchronization belt wheel 1202 joins by adapter sleeve 1203 and cam indexing mechanism 1204, driving wheel guide plate 1201 is equipped with in its outer face, greatly, little driven pulley 1213,1217 by being with 1214 to link to each other with active synchronization belt wheel 1202 synchronously, greatly, little driven pulley 1213,1217 are loaded on respectively greatly, little driven shaft 1215, on 1219, two axles are with bearing 1220 respectively, 1218, driven pulley guide plate 1216 is equipped with in the outer face, greatly, little driven shaft 1215,1219 is fixing by driven pulley mount pad 1211, be with synchronously pipe connection clip 1207 is housed on 1214, pipe connection clip 1207 is enclosed within on the guide rail 1208, can slide along guide rail 1208, guide rail 1208 is loaded on the guide rail installing plate 1209, guide rail installing plate 1209 is connected by connecting plate 1210, connecting plate 1210 is fixed in to be taken on the soldering group wallboard 704, on the bag discrete group wallboard 804, motor mount 1205 is fixed on the preceding support 105, before driven pulley mount pad 1211 is fixed on, back support 105, on 107.During work, drive cam indexing mechanism 1204 motions by reducing motor 1206, it is output as intermittent movement cam indexing mechanism 1204, thereby drive active synchronization belt wheel 1202 and do intermittent movement, when pipe connection clip 1207 when a station moves to next station, 1202 stop motions of active synchronization belt wheel, then other mechanism's work on the Bag Making Machine, when other mechanism after hours, reducing motor 1206 drives cam indexing mechanism 1204 motion again, finishes next intermittent movement.
Automatically upper connecting tube assembly 13 is shown in Figure 35,36, mainly finishes and delivers to adapter on the pipe connection clip 1207 and the function of length cut-out on request.Mainly by support 1302, aluminium hydraulic pressed connecting pipe cylinder 1304, top board cylinder 1307, send take over cylinder 1311, take over clamping cylinder 1316, cutting knife 1317, displacement cylinder 1320, cutting knife cylinder 1322 etc. form.Lower platen 1305 is housed on the piston rod of aluminium hydraulic pressed connecting pipe cylinder 1304, and its cylinder body is fixed on the cylinder mounting plate 1303; Top board 1306 is housed on the piston rod of top board cylinder 1307, and its cylinder body is fixed on the installing plate 1308; Top board 1306 and lower platen 1305 are provided with up and down in pairs, and guide plate 1309, cylinder mounting plate 1303, cutting knife cylinder 1322 all are fixed on the installing plate 1308; On the axis of guide 1313, the axis of guide 1313 is fixed on the installing plate 1308 by bearing holder (housing, cover) for fixed head 1310, portable plate 1312, send the piston rod of taking over cylinder 1311 to be fixed on the installing plate 1308, and its cylinder body is fixed on the portable plate 1312; All be fixed on fixed head 1310 and the portable plate 1312 and take over clamping cylinder 1316; Cutting knife 1317 is fixed on the piston rod of cutting knife cylinder 1322, and the two ends of the axis of guide 1318 are fixed on the support plate 1324, and support plate 1324 is fixed on the fixed head 1323; The piston rod of displacement cylinder 1320 is fixed on the connecting plate 1321, its cylinder body solid is on support plate 1324, connecting plate 1321 fuses 4 groups of installing plates 1308 and is connected with the axis of guide 1318 by linear bearing 1319, fixed head 1323 is formed a bracing frame with support 1302, this assembly other parts are support with it all, support 1,302 one ends are fixed on by pressing plate 1301 on the front stall 105 of frame group, and the other end is fixed on the U-shaped pipe 118 of frame group.Its course of work is: when sending adapter cylinder 1311 drive portable plates 1312 to move forward, the adapter 1314 of taking on the disc carrier 1315 is moving forward on the insertion pipe connection clip 1207 with portable plate under the pushing down of taking over clamping cylinder 1316, top board 1306 and lower platen 1305 compress adapter under the effect of cylinder, and cutting knife 1317 moved up under the effect of cutting knife cylinder 1322 pipe was cut off this moment; Simultaneously fixed head 1310 upper connecting tube clamping cylinders 1316 are pushed down adapter, and portable plate 1312 upper connecting tube clamping cylinders 1316 unclamp, and send to take over cylinder 1311 portable plate 1312 is sent back to original position, finish the work of last 2 bags of 4 adapters automatically.Because each 4 bags have 8 adapters, the distance of a bag so all working spare on 4 groups of installing plates 1308 under the effect of displacement cylinder 1320 all moves right, repeat said process, after finishing the work of 2 bags of 4 adapters in addition, under the effect of displacement cylinder 1320, work package is got back to original position on 4 groups of installing plates 1308.
Claims (9)
1, a kind of double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine, comprise film feeding assembly (2), lettering assembly (3), membrane assembly (5), bag forming assembly (6), take over weld assembly (7), bag separation assembly (8), bag transfer assembly (9), take over preheating assembly (11), take over conveying assembly (12), automatic upper connecting tube assembly (13) and electric cabinet (14), described film feeding assembly (2), lettering assembly (3), membrane assembly (5), bag forming assembly (6), take over weld assembly (7), the frame (1) that is loaded on bag separation assembly (8) and bag transfer assembly (9) goes up and is arranged in different station according to said sequence, be positioned on the same pipeline, take over conveying assembly (12) and place a bag forming assembly (6), take over weld assembly (7), bag separation assembly (8) and bag transfer assembly (9) front, do intermittent movement, the stop place of its motion is corresponding with above-mentioned each assembly station, adapter preheating assembly (11) is fixed on adapter conveying assembly (12) and goes up coupled, and be positioned at before the station of a bag forming assembly (6), automatically upper connecting tube assembly (13) places and takes over conveying assembly (12) front, it is characterized in that: also be provided with weak welding line weld assembly (4) and solids chamber inflation closing component (10), described weak welding line weld assembly (4) or place lettering assembly (3) and membrane assembly (5) between, or place between film feeding assembly (2) and the lettering assembly (3); Described solids chamber inflation and closing component (10) are arranged at first winding pipe weld assembly (7) back.
2, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 1, it is characterized in that described weak welding line weld assembly (4) comprises weak welding template (417), backing plate (404), heating plate (407), heat seal cylinder (411), pressure head (421), press mold cylinder (419), wherein backing plate (404) is fixed on the frame (1) by gripper shoe (403), weak weldering group bag film (406) covers thereon, heating plate (407) places backing plate (404) top, bottom surface and weak welding template (415) are fitted, the upper end links to each other with the piston rod of heat seal cylinder (411) by pressing plate (409), the installing plate (414) that passes through of described heat seal cylinder (411) is fixed on the frame (1), pressure head (421) links to each other with the piston rod of press mold cylinder (419), and press mold cylinder (419) cylinder body links by press mold cylinder installing rack (422) and frame (1); In the rear end of weak welding template (415), be provided with a bag air inlet patrix (417), corresponding with bag air inlet counterdie (418) position that places backing plate (404) upper end, this bag air inlet counterdie (418) places among the two membranes of weak weldering group bag film (406).
3, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 1 and 2, it is characterized in that described solids chamber inflation and closing component (10) comprise the suction membrane portions that the film suction is opened, pure air charged into the injection section of solids chamber and with the heat seal lands of solids chamber perfusion mouth heat seal, described heat seal lands places inhales the membrane portions back, injection section places the heat seal lands back, and aim at bag air inlet (424), whole assembly is by support (1027), shaping group wallboard (601) and adapter soldering group wallboard (704) are fixed on preceding support (105) and the back support (107).
4, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 2, it is characterized in that also being provided with in the described weak welding line weld assembly (4) two is crisscross arranged relatively, can separately opens lamina membranacea (405) to the front portion and the rear portion of film, two open left front and the right back portion that lamina membranacea (405) is arranged at weak weldering assembly (4) respectively, and be installed in out on the lamina membranacea support plate (416), open film support plate (416) and be fixed on the frame (1).
5, the single port pipe two chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 2, it is characterized in that described heat seal cylinder (411) be about two be symmetrical arranged, between two heat seal cylinders (411), be provided with fairlead (412) and place the interior lead (413) of fairlead (412), described fairlead (412) is fixed on the installing plate (414), and lead (413) links to each other with pressing plate (409).
6, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 3, it is characterized in that described suction membrane portions comprises the suction lamina membranacea (1016) that the film suction can be opened, this suction lamina membranacea (1016) is oppositely arranged two up and down, link to each other with the piston rod of symmetrically arranged long cylinder (1013) up and down respectively, the cylinder body of long cylinder (1013) links to each other with the cylinder body of the cylinder of losing heart (1009) again, and link to each other with fagging (1006) on being fixed in support (1027) by the cylinder installing plate (1002) of losing heart, inhale lamina membranacea (1016) and be provided with evacuation passageway (1048), two abutted surfaces of inhaling lamina membranacea (1016) are provided with the chamber of finding time that communicates with evacuation passageway (1048), and evacuation passageway (1048) is joined with vacuum-pumping pipeline; Described heat seal lands comprises and places the heat-sealing template (1017) of inhaling behind the lamina membranacea (1016), upper and lower paired setting, fit with heat seal die heating plate (1018), upper and lower two heat seal die heating plates (1018) link to each other with heat insulation bearing (1024) by mould connecting plate (1021), and by heat insulation bearing (1024) piston rod of symmetrically arranged solids chamber heat seal cylinder (1033) links to each other with being up and down, the cylinder body of solids chamber heat seal cylinder (1033) is fixed on the installing plate (1026) by solids chamber heat seal cylinder mounting plate (1032); Described injection section comprises gas tube (1043), gas tube (1043) places heat seal die (1017) back, aim at bag air inlet (424), this gas tube (1043) is fixed on the side installing plate (1026) by gas tube support (1036), link to each other with tracheae (1045), tracheae (1045) with place the pure air import (17) on the frame (1) to join.
7, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 6, it is characterized in that being connected with the die location governor motion on described lose heart cylinder installing plate (1002) and the solids chamber heat seal cylinder mounting plate (1032), this die location governor motion is symmetrical arranged up and down, comprise screw mandrel (1029), hold-down nut (1030) and nut installing plate (1031), screw mandrel (1029) is installed on the support (1027), the hold-down nut (1030) that is fixed on the nut installing plate (1031) is sleeved on the screw mandrel (1029), and the cylinder installing plate (1002) of losing heart is connected with nut installing plate (1031); Described support (1027) is provided with regulates the axis of guide (1004), and by regulating shaft bearing (1003) supporting, lose heart cylinder installing plate (1002) and solids chamber heat seal cylinder mounting plate (1032) all link to each other with the bearing block connecting plate (1005) that is used to install regulating shaft bearing (1003).(？)
8, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 7 is characterized in that described screw mandrel (1029) one ends are provided with position indicator (1028).
9, the double flexible pipe double chamber infusion bag making machine of adorning solid medicine and liquid medicine according to claim 1, the quantity that it is characterized in that each bag are 2 or 3 or 4 or 6.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100320320A CN100453306C (en) | 2005-08-18 | 2005-08-18 | Double flexible pipe double chamber transfusion bag manufacturing machine for solid drug and liquid drug |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100320320A CN100453306C (en) | 2005-08-18 | 2005-08-18 | Double flexible pipe double chamber transfusion bag manufacturing machine for solid drug and liquid drug |
Publications (2)
| Publication Number | Publication Date |
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| CN1733462A true CN1733462A (en) | 2006-02-15 |
| CN100453306C CN100453306C (en) | 2009-01-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2005100320320A Expired - Fee Related CN100453306C (en) | 2005-08-18 | 2005-08-18 | Double flexible pipe double chamber transfusion bag manufacturing machine for solid drug and liquid drug |
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| CN (1) | CN100453306C (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009499A (en) * | 2010-11-11 | 2011-04-13 | 成都市新津事丰医疗器械有限公司 | Fully automatic transfusion bag making machine |
| CN102152613A (en) * | 2010-10-21 | 2011-08-17 | 梁永棋 | Full-automatic printing and pipe cutting machine for bag pipe |
| CN103009795A (en) * | 2011-09-21 | 2013-04-03 | 永纮精密机械有限公司 | Automatic membrane pulling module of large-scale three-dimensional transfer printing machine |
| CN105270659A (en) * | 2015-10-13 | 2016-01-27 | 上海东富龙科技股份有限公司 | Automatic production line for tail-filling double-hard-tube non-PVC soft-bag infusion solutions |
| CN107639883A (en) * | 2017-11-04 | 2018-01-30 | 安庆市康明纳包装有限公司 | A kind of Bag Making Machine device for increasing medical tubular bag tensile strength |
| CN115891288A (en) * | 2022-12-06 | 2023-04-04 | 嘉兴市天和制药有限公司 | Continuous production equipment and method for platelet storage bags |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| EP3195845A1 (en) | 2016-01-21 | 2017-07-26 | B. Braun Melsungen AG | Pharmacy bag with integrated flush option |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4417607A (en) * | 1981-06-29 | 1983-11-29 | Scholle Corporation | Apparatus and method for aseptically filling flexible containers |
| US4608043A (en) * | 1984-06-22 | 1986-08-26 | Abbott Laboratories | I.V. fluid storage and mixing system |
| US5176634A (en) * | 1990-08-02 | 1993-01-05 | Mcgaw, Inc. | Flexible multiple compartment drug container |
| CA2253852C (en) * | 1996-05-13 | 2008-06-17 | B. Braun Medical, Inc. | Flexible, multiple-compartment drug container and method of making and using the same |
| CN2702738Y (en) * | 2004-06-03 | 2005-06-01 | 魏雪纹 | Multi-unit soft packaging bag for medicines |
| CN2832507Y (en) * | 2005-08-19 | 2006-11-01 | 湖南千山制药机械股份有限公司 | Machine for making double-hose double-chamber transfusion bag capable of containing solid and liquid medicine |
-
2005
- 2005-08-18 CN CNB2005100320320A patent/CN100453306C/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102152613A (en) * | 2010-10-21 | 2011-08-17 | 梁永棋 | Full-automatic printing and pipe cutting machine for bag pipe |
| CN102009499A (en) * | 2010-11-11 | 2011-04-13 | 成都市新津事丰医疗器械有限公司 | Fully automatic transfusion bag making machine |
| CN103009795A (en) * | 2011-09-21 | 2013-04-03 | 永纮精密机械有限公司 | Automatic membrane pulling module of large-scale three-dimensional transfer printing machine |
| CN103009795B (en) * | 2011-09-21 | 2015-03-18 | 永纮精密机械有限公司 | Automatic membrane pulling module of large-scale three-dimensional transfer printing machine |
| CN105270659A (en) * | 2015-10-13 | 2016-01-27 | 上海东富龙科技股份有限公司 | Automatic production line for tail-filling double-hard-tube non-PVC soft-bag infusion solutions |
| CN105270659B (en) * | 2015-10-13 | 2017-06-27 | 上海东富龙科技股份有限公司 | A kind of tail fills double hard tube non-PVC-soft-bag large-infusion automatic production lines |
| CN107639883A (en) * | 2017-11-04 | 2018-01-30 | 安庆市康明纳包装有限公司 | A kind of Bag Making Machine device for increasing medical tubular bag tensile strength |
| CN115891288A (en) * | 2022-12-06 | 2023-04-04 | 嘉兴市天和制药有限公司 | Continuous production equipment and method for platelet storage bags |
| CN115891288B (en) * | 2022-12-06 | 2024-05-17 | 嘉兴市天和制药有限公司 | Continuous production equipment and method for platelet storage bags |
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