CN100415612C - Liquid-solid type hard single-mouth-pipe two-chamber carge-infusion automatic production line - Google Patents
Liquid-solid type hard single-mouth-pipe two-chamber carge-infusion automatic production line Download PDFInfo
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- CN100415612C CN100415612C CNB2005100321126A CN200510032112A CN100415612C CN 100415612 C CN100415612 C CN 100415612C CN B2005100321126 A CNB2005100321126 A CN B2005100321126A CN 200510032112 A CN200510032112 A CN 200510032112A CN 100415612 C CN100415612 C CN 100415612C
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Abstract
The present invention relates to an automatic production line for producing a liquid-solid type single opening tube double-chamber bag for infusion solutions. The automatic production line comprises a film feeding assembly, a printing assembly, a film pulling assembly, a bag forming assembly, a joint welding assembly, a bag separating assembly, a bag conveying assembly, a joint pre-heating assembly, a joint transferring assembly, an automatic joint transferring assembly, an automatic joint and assembled cover arranging assembly, a bag entering assembly, a filling assembly, a bag blocking assembly, a cover welding assembly, an exhaust heating assembly, a bag taking assembly, a bag outputting assembly, etc. The present invention is characterized in that the present invention is also provided with a welding assembly of a weak welding weld and a solid chamber air charging assembly, wherein the welding assembly of a weak welding weld is arranged in the position behind any group of connecting pipe welding assembly and in the same working station with the connecting pipe welding assembly or singly arranged between the bag forming assembly and the bag separating assembly; the solid chamber air charging assembly is arranged in front of the welding assembly for a weak welding weld and is in the same working station with the welding assembly for a weak welding weld. The present invention can place medicine for infusion solutions and solid medicine in different chambers of the same infusion bag; when stored, the two kinds of medicine are not mixed and can be stored for a long time. While in use, the two kinds of physic liquor can be completely mixed by using a hand to squeezing the weak welding weld between the two chambers. The present invention has the advantages of compact and reasonable structure design, high productive efficiency and convenient operation and maintenance.
Description
Technical field
The invention belongs to the pharmaceutical equipment field, be specifically related to the two chambers of a kind of liquid-solid type hard single-mouth-pipe bag large-infusion automatic production line.
Background technology
At present, the soft bag 26 of existing single port pipe non-PVC film soft-bag large-infusion automatic production lines production as shown in Figure 1: be made up of interface 2601, high strength weld seam 2602, filling liquid coyote hole 2603 and combination cover 2604.Because big infusion soft bag is generally normal saline or nutrient solution and therapeutic solid medicine, can not long-term storage after the mixing, 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, will extract the bag that injects the dress infusion solutions again out after it intact full dissolving from the container of dress solid medicine.There is following shortcoming in use in the infusion bag of this packing:
In the man-hour that need waste a disposable syringe and make up a prescription when 1, using, increased use cost;
Rescue time can be delayed when 2, patient needs first aid, serious consequence may be caused;
3, concerning busy nurse, cause easily the mismatch medicine may, or whether making up a prescription when being difficult to determine transfusion after making up a prescription correct;
Easily make medicine be subjected to the pollution of surrounding environment when 4, making up a prescription.
The applicant has designed according to the defective of above-mentioned soft bag a kind ofly can solve above-mentioned technological deficiency, but manufacturing line can not be produced this kind double-chamber transfusion bag in the prior art with the single port pipe infusion bag of fashionable dress solid medicine and liquid medicine.
Summary of the invention
The present invention is directed to the deficiencies in the prior art, the two chambers of one liquid-solid type hard single-mouth-pipe bag large-infusion automatic production line is provided, the soft bag of this manufacturing line production 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, can make dual cavity become single chamber, two kinds of soups mix fully.
Technical scheme proposed by the invention is:
The two chambers of a kind of liquid-solid type hard single-mouth-pipe bag large-infusion automatic production line, comprise bag zone and can zone, wherein the bag zone comprises the film feeding assembly, the lettering assembly, the membrane assembly, the bag forming assembly, the joint weld assembly, the bag separation assembly, the bag transfer assembly, the interface preheating assembly, the interface conveying assembly, automatically send interface module, take over auto arrangement assembly and automation control assembly, described film feeding assembly, the lettering assembly, the membrane assembly, the bag forming assembly, the joint weld assembly, bag separation assembly and bag transfer assembly are loaded on the frame, and be arranged in different station according to said sequence, the interface conveying assembly places a bag forming assembly, the joint weld assembly, bag separation assembly and bag transfer assembly front, the interface preheating assembly is fixed on the interface conveying assembly, and be positioned at before the station of bag forming assembly, the upper connecting tube assembly places interface conveying assembly front automatically; Described can zone comprises into bag assembly, filling components, retaining bag assembly, weldering cap assemblies, exhaust heating assembly, bag taking assembly, bag output precision, combination cover auto arrangement assembly and bag transfer assembly by the supporting of bottle placer frame component; Advance bag assembly, filling components, the weldering cap assemblies, the bag taking assembly, the bag output precision is arranged in regular turn, advancing bag assembly links to each other with the bag transfer assembly, the bag transfer assembly is provided with load-transfer device, with filling components, the weldering cap assemblies, bag taking assembly station correspondence, the filling components anterior locations is provided with the retaining bag assembly, weldering cap assemblies correspondence position is provided with combination cover auto arrangement assembly, the present invention is characterised in that: also be provided with weak welding line weld assembly and solids chamber inflatable component in the bag zone, described weak welding line weld assembly or be arranged at arbitrary group interface weld assembly back is in same station with this joint weld assembly; Or be separately set between bag forming assembly and the bag separation assembly, formation one is station independently, before the welding of weak welding line, gas charged into solids chamber inflatable component in the bag then be arranged at a little less than the front of welding line weld assembly, be in same station with weak welding line weld assembly;
Described weak welding line weld assembly comprises that two groups of weak welding templates, heating plate, weak weld cylinder, described heating plates of symmetric arrangement link to each other with pressing plate by heat insulation post up and down, pressing plate links to each other with the piston rod of weak weld cylinder, the cylinder body of described weak weld cylinder is fixed on the brace panel by weak weld cylinder adapter plate, and weak welding template and heating plate are fitted; Described brace panel is fixed on the joint weld assembly, or is fixed on the wallboard of the adjacent component that is positioned at its both sides;
Described solids chamber inflatable component comprises inflation cylinder, charging connector and charge valve, described inflation cylinder is fixed on the inflation cylinder mounting plate, the inflation cylinder mounting plate is fixed on the joint weld assembly by mounting angle plate, or is fixed on the wallboard of the adjacent component that is positioned at its both sides; Charging connector is fixed on the charging connector adapter plate, and the quantity of charging connector is identical with each bag number, and the charging connector adapter plate links to each other with the piston rod of inflation cylinder, and charging connector links to each other with charge valve by tracheae;
Two were symmetrical arranged about described symmetrically arranged up and down two groups of weak weld cylinder were respectively, and between two weak weld cylinder, were provided with orienting sleeve and placed the interior guidepost of orienting sleeve, and described orienting sleeve is fixed on the brace panel, and guidepost links to each other with pressing plate;
Described weak welding line weld assembly also is respectively equipped with in the forward and backward both sides of weak welding template presses the bag bar, press the bag bar to be symmetric arrangement up and down, its two ends link to each other with the piston rod of pressing the bag cylinder by the guide rail adapter plate respectively, press the cylinder body of bag cylinder to be fixed on the slide block adapter plate that line slideway auxiliary is housed by pressing the bag cylinder mounting plate; Described slide block adapter plate is fixed on the joint weld assembly, or is fixed on the wallboard of the adjacent component that is positioned at its both sides;
Also be provided with weak welding template adapter plate between described weak welding template and the heating plate, weak welding template adapter plate is provided with one group of above template fastener hole, and weak welding template is anchored on weak welding template by fastener and installs;
Described pressure bag bar is provided with cooling-water duct;
The quantity of the each bag of the present invention is 2 or 3 or 4 or 6.
The present invention has film feeding, lettering, bag is shaped, joint weld, the inflation of solid coyote hole, weak welding line welding, bag separates, bag transmits, the can of liquid medicine, exhaust is sealed, the weldering lid, functions such as bag output, can once finish the processing of liquid-solid type hard single-mouth-pipe non-PVC film soft-bag large-infusion, 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 and 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.Two membranes can not be bonded to guarantee when adorning solid medicine when the design of solids chamber inflatable component can guarantee to adorn the sterilization of solid coyote hole, solids chamber is easily opened by suction and is beneficial to smoothly solid medicine be packed into, for following process and the crudy that can adorn the two chambers of the liquid-solid type hard single-mouth-pipe bag of solid medicine and liquid medicine provide the failure-free guarantee.
Structure design compact and reasonable of the present invention, the production efficiency height, Operation and maintenance are convenient, and the quantity of each bag can be 2 or 3 or 4 or 6 as required.
Description of drawings:
Fig. 1 is the single port pipe non-PVC film soft-bag structural representation of prior art;
Fig. 2 is a single-mouth pipe liquid-solid type two-chamber non-PVC film soft-bag half-blank structural representation;
Fig. 3 is the finished product structural representation after the perfusion of single-mouth pipe liquid-solid type two-chamber non-PVC film soft-bag;
Fig. 4 is a complete machine structure schematic front view of the present invention;
Fig. 5 is a complete machine structure diagrammatic top view of the present invention;
Fig. 6 is a rack construction schematic front view of the present invention;
Fig. 7 is rack construction signal left view of the present invention;
Fig. 8 is a rack construction diagrammatic top view of the present invention;
Fig. 9 is a film feeding unit construction schematic front view of the present invention;
Figure 10 is film feeding unit construction signal left view of the present invention;
Figure 11 is a lettering unit construction schematic front view of the present invention;
Figure 12 is lettering unit construction signal left view of the present invention;
Figure 13 is the weak weldering of the present invention unit construction schematic front view;
Figure 14 is the weak weldering of the present invention unit construction signal left view;
Figure 15 is for being the structural representation after the weak welding of bag process after being shaped;
Figure 16 is a membrane unit construction schematic front view of the present invention;
Figure 17 is a membrane unit 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 scheme drawing after two chambers bag film bag is shaped;
Figure 21 is a joint weld unit construction schematic front view of the present invention;
Figure 22 is joint weld unit construction signal left view of 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 the structural representation front view of solid coyote hole inflatable component of the present invention;
Figure 28 is the structural representation birds-eye view of solid coyote hole inflatable component of the present invention;
Figure 29 is a preheating assembly structural representation front view of the present invention;
Figure 30 is a preheating assembly structural representation left view of the present invention;
Figure 31 is an interface conveying assembly structural representation front view of the present invention;
Figure 32 is an interface conveying assembly structural representation birds-eye view of the present invention;
Figure 33 gets interface module structural representation front view automatically for the present invention;
Figure 34 gets interface module structural representation birds-eye view automatically for the present invention;
Figure 35 gets interface module structural representation left view automatically for the present invention;
Figure 36 is an interface auto arrangement unit construction schematic front view of the present invention;
Figure 37 is an interface auto arrangement unit construction diagrammatic top view of the present invention;
Figure 38 is a bottle placer housing assembly structural representation front view of the present invention;
Figure 39 is a bottle placer housing assembly structural representation birds-eye view of the present invention;
Figure 40 is a bottle placer housing assembly structural representation left view of the present invention;
Figure 41 advances bag assembly structural representation front view for the present invention;
Figure 42 advances bag assembly structural representation left view for the present invention;
Figure 43 is an infusion filling unit construction schematic front view of the present invention;
Figure 44 is infusion filling unit construction signal left view of the present invention;
Figure 45 is the C-C view of Figure 44 of the present invention;
Figure 46 keeps off bag assembly structural representation front view for the present invention;
Figure 47 keeps off bag assembly structural representation birds-eye view for the present invention;
Figure 48 welds cap assemblies structural representation front view for the present invention;
Figure 49 welds cap assemblies structural representation left view for the present invention;
Figure 50 is the diagrammatic top view of Figure 49 of the present invention;
Figure 51 is an exhaust heating unit construction schematic front view of the present invention;
Figure 52 is the D-D view of Figure 51 of the present invention;
Figure 53 is exhaust heating unit construction signal left view of the present invention;
Figure 54 is a bag taking unit construction schematic front view of the present invention;
Figure 55 is a bag taking unit construction diagrammatic top view of the present invention;
Figure 56 is a bag output precision structural representation front view of the present invention;
Figure 57 is a bag output precision structural representation birds-eye view of the present invention;
Figure 58 is a combination cover auto arrangement unit construction schematic front view of the present invention;
Figure 59 is a bag transfer assembly structural representation front view of the present invention;
Figure 60 is a bag transfer assembly structural representation birds-eye view of the present invention.
The specific embodiment
As shown in Figure 2, the present invention has produced a kind of two chambers infusion solutions bag 27 of liquid-solid type hard single-mouth-pipe, is the half-blank shape, is made up of interface 2701, dress liquid coyote hole 2703, dress solid coyote hole 2706, perfusion mouth 2707, combination cover 2704.Interface 2701 is loaded on the bag lower end, the bag periphery seals with high strength weld seam 2702, be processed with weak welding line 2705 between dress liquid coyote hole 2703 and the dress solid coyote hole 2706, two Room can be isolated fully, avoid two kinds of medicines to obscure mutually before use, the processing of weak welding line 2705 must guarantee the both strict isolation of two coyote holes, tears easily during mixing.In dress solid coyote hole 2706, be filled with pure air (or nitrogen) 2709, inflation mainly is to guarantee that the two membranes of this chamber can not stick together when sterilization.Perfusion mouth 2707 is located at dress solid coyote hole 2706 near bag boundary position, by weld seam 2702 sealings, guarantees that dress solid coyote hole 2706 is not contaminated before irritating solid medicine.
Figure 3 shows that the finished product shape after the two chambers of liquid-solid type hard single-mouth-pipe infusion solutions bag 27 is processed, adding needs soup is poured into from interface 2701 shown in Figure 2 in the dress liquid coyote hole 2703 man-hour, after installing combination cover 2704 sterilizations, along line of cut 2708 perfusion mouth 2707 is cut, after perfusion mouth 2707 pours into dress solid coyote hole 2706 with solid medicine, perfusion mouth 2707 is welded, by 2710 sealings of perfusion mouth seal weld, then make the two chambers of the liquid-solid type hard single-mouth-pipe that solid medicine and liquid medicine are housed infusion solutions bag 27 as shown in Figure 3.This pair of chamber infusion solutions bag 27 can be packed infusion solutions and solid medicine in the different chamber in the same bag.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 2705 is little, two membranes from weak welding line 2705 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 makes two as shown in Figure 2 chambers infusion solutions bag 27, and accompanying drawing has been showed specific embodiments of the invention.
The present invention produces two chambers infusion solutions bag 27 as shown in Figure 2, must increase the weak welding line welding mechanism of welding, solid coyote hole inflation mechanism on existing installation.As Fig. 4, shown in Figure 5, this manufacturing line is the 4 statures type of promptly at every turn making 4 sacks (requiring different these manufacturing lines also can be made into the type of 2 statures, 3 statures, 6 statures according to output), function such as can finish automatically that film feeding, lettering, bag are shaped, the inflation of solid coyote hole, the welding of weak welding line, bag separate, bag transmission, the can of liquid medicine, exhaust are sealed, bag is exported.This manufacturing line is divided into two zones: bag zone and can zone, wherein bag zone parts are mainly by 1 supporting of Bag Making Machine housing assembly, comprise film feeding assembly 2, lettering assembly 3, membrane assembly 5, bag forming assembly 6, joint weld assembly 7, bag separation assembly 8, bag transfer assembly 9, interface preheating assembly 11, interface conveying assembly 12, automatically send interface module 13, take over auto arrangement assembly 14 and automation control assembly 15, described film feeding assembly 2, lettering assembly 3, membrane assembly 5, bag forming assembly 6, joint weld assembly 7, bag separation assembly 8 and bag transfer assembly 9 are loaded on the housing assembly 1, and be arranged in different station according to said sequence, interface conveying assembly 12 places bag forming assembly 6, joint weld assembly 7, bag separation assembly 8 and bag transfer assembly 9 fronts, interface preheating assembly 11 is fixed on the interface conveying assembly 12, coupled, and be positioned at before the station of bag forming assembly 6, interface is sent into after 14 orderings of interface auto arrangement assembly and is gone up automatically on the interface module 13, automatically go up interface module 13 and place interface conveying assembly 12 fronts, also be provided with weak welding line weld assembly 4 and solids chamber inflatable component 10 in the said modules, weak welding line weld assembly 4 or be arranged at arbitrary group interface weld assembly 7 back is in same station with this joint weld assembly 7; Or be separately set between bag forming assembly 6 and the bag separation assembly 8, promptly be arranged at after bag forming station, the arbitrary station before the bag separation station, formation one is station independently, before the welding of weak welding line, gas charged into 10 of solids chamber inflatable components in the bag be arranged at a little less than the front of welding line weld assembly 4, be in same station with weak welding line weld assembly 4, before the welding line welding gas is charged in the solid coyote hole a little less than guaranteeing.In the present embodiment weak welding line weld assembly 4 is placed the back of second group joint weld assembly 7, solids chamber inflatable component 10 is arranged at second group joint weld assembly 7 fronts, two assemblies all with joint weld assembly 7 in second group be positioned at same station, before the weak welding line welding gas is charged in the solids chamber guaranteeing.Each assembly of can zone is by 16 supportings of bottle placer frame component, the can zone be will deliver to from the sack that bag transfer assembly 9 is sent, into bag assembly 17, filling components 18, retaining bag assembly 19, weldering cap assemblies 20, exhaust heating assembly 21, bag taking assembly 22, bag output precision 23, combination cover auto arrangement assembly 24 and bag transfer assembly 25 comprised.Advance bag assembly 17, liquid medicine filling components 18, weldering cap assemblies 20, bag taking assembly 22, bag output precision 23 is arranged in regular turn, advancing bag assembly 17 links to each other with bag transfer assembly 9, can accept the sack that bag transfer assembly 9 spreads out of, deliver to then on bag transfer assembly 25, bag transfer assembly 25 is the transfer unit in can field, which is provided with load-transfer device, with liquid medicine filling components 18, weldering cap assemblies 20, bag taking assembly 22 station correspondences, sack can be delivered to liquid medicine filling components 18, weldering cap assemblies 20, before bag taking assembly 22 stations such as grade, and by bag taking group 22 bag is taken out and to be placed on the belt of bag output precision 23, by bag output group 23 bag is sent manufacturing line; Liquid medicine filling components 18 anterior locations are provided with retaining bag assembly 19, weldering cap assemblies 20 correspondence positions are provided with combination cover auto arrangement assembly 24, combination cover auto arrangement assembly 24 can be sent in the weldering cap assemblies 20 arranging good combination cover 4, said modules is finished the course of processing of whole infusion bag 27 by automation control assembly 15 each mechanism action of control.
Shown in Fig. 6,7,8, the present invention's Bag Making Machine housing assembly 1 is the support unit of each assembly of bag, provide same reference for installation for each bag 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.Housing assembly 1 mainly mainly is made up of main parts such as control box 101, preceding support 105, support connection pipe 106, back support 107, rear column 108, A-pillars 111 it.Grasp the installation that is mainly used in electric elements and control panel with case 101, preceding support 105, support connection pipe 106, back support 107 compositions one firm support are installed for the wallboard of other group, fix on the ground by under-chassis 102.Support is provided with A-pillar 111, support connection pipe 106 and rear column 108, form framed structure by left connection pipe 115, right connection pipe 117, the back rest 114, transverse tube 109, connection pipe 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 adapter plate 113 connects with A-pillar 111 by hinge 112, on the door adapter plate 113 door 110 is housed, and U-shaped connection pipe 116 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. 9,10, 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, adapter plate 205, cylinder adapter 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 adapter plate 204, support plate 211 and adapter plate 205, support plate 211 is fixed in the housing assembly on the right connection pipe 119, thereby film feeding assembly 2 is fixed on the housing assembly 1.On cylinder adapter 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 adapter 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 center of symmetry 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 adapter plate 204 by guide rail adapter 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, but the relative distance between automatic compensation I axle 207 and the II axle 213, the degree 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.Like this because the action of gravity of cylinder II214 on film, film is tightened up all the time, and tightening force is constant.
Shown in Figure 11,12, 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 stay bearing plate 303, put on it lettering group bag film 305 is arranged, lettering group backing plate 304 cooresponding tops are 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 orienting sleeve 313, lettering group guidepost 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 sense of motions, 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, simultaneously the pressure during the air pressure scalable lettering by adjusting lettering cylinder 311.
As Figure 13,14, shown in 15, weak welding line weld assembly 4 of the present invention comprises two groups of weak welding templates 417 of symmetric arrangement up and down, heating plate 411, weak weld cylinder 409, press bag bar 407 and press bag cylinder 402, heating plate 411 links to each other with pressing plate 412 by heat insulation post 419, pressing plate 412 links to each other with the piston rod of weak weld cylinder 409 by contiguous block 408, the cylinder body of weak weld cylinder 409 is fixed on the weak weld cylinder adapter plate 413, weak weld cylinder adapter plate 413 is fixed on the brace panel 414, weak welding template adapter plate 410 is fixed in heating plate 411 and fits with heating plate 411, can be for convenience detach when changing specification, weak welding template adapter plate 410 is provided with one group of above template fastener hole, weak welding template 417 is anchored on the weak welding template adapter plate 410 by fastener, weak welding template 417 can change the position on template adapter plate 411 according to the double-chamber transfusion bag 27 of different size, finishes the heatsealing to weak welding line 2705 in the bag shown in Figure 2.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 410, air pressure to weak weld cylinder 409 adopts the accurate voltage regulating valve to realize, guarantees that like this weld strength of weak welding line 2705 reaches perfect condition.Two were symmetrical arranged about symmetrically arranged up and down two groups of weak weld cylinder 409 were respectively, between two weak weld cylinder 409, be provided with orienting sleeve 415 and the guidepost 416 that places in the orienting sleeve 415, stating orienting sleeve 415 is fixed on the brace panel 414, guidepost 416 links to each other with pressing plate 412, play the guiding role during welding template 417 up-and-down movements a little less than 416 pairs of the guideposts, to guarantee the invariant position of each work.Be provided with a pressure bag bar 407 in both sides, weak welding template 417 front and back, main effect is when weak welding the infusion bag 27 of this station to be compressed, infusion bag 27 is heaved because of bag after inflation, the two sides, front and back of weak welding template 417 can contact with 27 bags of films of the infusion bag of heaving when weak welding template 417 is pushed down bag in this case, film is scalded, press bag bar 407 that bag is flattened and to avoid taking place above-mentioned condition, can wrinklingly not guarantee the effect of weak welding after the mould of while infusion bag 27 is tight.Press bag bar 407 to be symmetric arrangement up and down, press the two ends of bag bar 407 to be connected with guide rail adapter plate 405 respectively, and the other end of guide rail adapter plate 405 links to each other with the piston rod of pressing bag cylinder 402, press the cylinder body of bag cylinder 402 to be fixed on the pressure bag cylinder mounting plate 401, press bag cylinder mounting plate 401 to be fixed on the slide block adapter plate 403; Between guide rail adapter plate 405 and slide block adapter plate 403, be provided with line slideway auxiliary 404, the guide rail of this line slideway auxiliary 404 is installed on the guide rail adapter plate 405, then is installed on the slide block adapter plate 403 with guide rail slide relative bonded assembly slide block.Line slideway auxiliary 404 is mainly presses bag bar 407 up-and-down movements guiding.Press a bag bar 407 to be provided with cooling-water duct 406, principal security presses the temperature of bag bar 407 can not rise because of the thermal radiation of weak welding template 417, guarantees that pressing the temperature of bag bar 407 is room temperature, and cooling-water duct 406 is connected with cooling water expansion tank interface 18 among Fig. 4.Brace panel 414, slide block adapter plate 403 all are fixed on the joint weld group wallboard 704 on the joint weld assembly 7, and two wallboards are fixed on the preceding support 105 and back support 107 of housing assembly 1 by clamping plate 714.The working process of this assembly is: when the bag of a last station during by this station of translation, solids chamber inflatable component 10 is finished inflating in the bag, the bag that the pressure bag bar 407 of this assembly will have been inflated under the effect of pressing bag cylinder 402 flattens fixingly, two weak welding templates 417 compress bag under the effect of weak weld cylinder 409 simultaneously, because weak welding template 417 has certain temperature, so under certain pressure, weak welding template 417 can be with the two membranes hot weld together, because the temperature of welding, pressure and time are adjustable, so the intensity of heatsealing can satisfy the weak welding requirements of two chambers bag.When weak welding template after 417 pressurize regular hours, weak weld cylinder 409 withdrawals, then weak welding template 417 is got back to original position.Press bag cylinder 402 that bag is decontroled simultaneously, finish once weak welding job.As shown in figure 14, the weak welding line 2705 of compacting on bag form dress solid coyote hole 2706, and the gas that solids chamber inflatable component 2710 is charged in the bag is enclosed in the solid coyote hole 2706.
Shown in Figure 16,17, membrane assembly 5 its radical functions of the present invention are that the film behind the lettering is drawn in a bag forming station, the bag that the good bag that will be shaped simultaneously moves to the first group interface welding post and will go up a station from forming station moves to the joint weld station at weak weld assembly 4 and solids chamber inflatable component 2710 places, is beneficial to welding, the inflation of solids chamber and the finishing of weak welding of interface.It mainly comprises membrane frame A502, erecting frame 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, two membrane frame A502, B505 link to each other with the synchronous tape drive B510 of servomechanism B512 control, can be driven by actuator B510 and do side-to-side movement; Membrane frame A502 joins by line slideway auxiliary A503 and erecting frame 504, membrane frame B505 is fixed on the connecting panel 514, connecting panel 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.Inhaling a bag frame 507 is two, is fixed on the connecting panel 514, and connecting panel 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 moved up and down by upper and lower air cylinders 513 drives; Simultaneously line slideway auxiliary 506 is connected with link span 508, and link span 508 links to each other with actuator A510 by servomechanism A509 control, can be by side-to-side movement under the drive of the actuator A510 of servomechanism 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 transmission group sends here and puts between the two membranes.Guide rail plate 520 is fixed on the preceding support 105 of frame group, the main supporting role that is positioned on the bearing 521 on the membrane frame A that rises.Erecting frame 504 is fixed on shaping group wallboard 601 by mounting angle plate 523 and takes on the soldering group wallboard 704.The working process of this assembly is: before membrane frame A502, membrane frame B505 and two inhale bag framves 507 and move right under the drive of actuator 510, and membrane frame B505 and inhale bag frame 507 and drive upward movements by upper and lower air cylinders 513; Press mold cylinder 516 drives mould plate 517 upward movements, 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 actuator 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 bag; 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 suction bag frame 507 to left movement, are inhaled bag frame 507 and jointly bag are moved to the first joint weld station from the bag forming station with interface conveying assembly 12 under the drive of actuator 510; The bag of simultaneously solids chamber being inflated station and the weak last station of weld seam welding post moves to the station at this two assemblies place; Two membrane framves are drawn in a bag forming station with the film of preceding road station simultaneously.
Shown in Figure 18,19,20, 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, adapter plate 611, adapter plate 602 and connecting panel 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 panel 613,610 in supporting plate cylinder is fixed on the connecting panel 613 by cylinder support 612, and following then is fixed on the adapter plate 602.Described supporting plate cylinder 610 links to each other with supporting plate pipe link 608 by supporting plate link span 614, and holder lamina membranacea 605 is housed on the supporting plate pipe link 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 transfer of heat thereon.On adapter plate 602, also be fixed with orienting sleeve 620, guidepost 619 is housed in it, be arranged in parallel with the piston rod of shaping cylinder 609, guidepost 619 links to each other with pressing plate 603, can play the guiding role to shaping cylinder 609 piston rods.Shaping wallboard 601 links together with locating plate 621, and pressing plate 318 is fixed on locating plate 621 on the frame group on the front stall 105 and back seat 107, thereby the shaping group is fixed on the housing assembly 1.This assembly is mainly finished the course of processing that adapter 2701 and bag formed film 607 solder togethers is made infusion bag.When adapter 2701 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 2701 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, joint weld assembly 7 of the present invention totally two groups also can be three groups, fixed according to the welding performance of interface, mainly finish sack taken over the strong weld that adds 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 panel 705, take over heat sealing die 707 and fit with taking over heating plate 708, infusion bag 27 places on two between the lower linking tube heat sealing die 707.On adapter plate 702, orienting sleeve 710 also is housed, guidepost 711 is housed in it, be arranged in parallel with taking over heat seal cylinder 703 piston rods, guidepost 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 volume 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, adapter plate 801, brace panel 802, its piston rod links to each other with pad post 817 by adapter plate 818, bag discrete group infusion bag 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 panel 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 erecting frame 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 27 arrives bag separation assembly 8, bag separation pressing plate 816 and pad post 817 are pushed down infusion bag 27 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 27 infusion bag 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 27 that connects together is separated.
Shown in Figure 25,26, bag transfer assembly 9 of the present invention, it mainly acts on is that sack is taken off and deliver to the can zone from the connection clip 1207 of taking over conveying assembly 12.It mainly comprises bag taking gas pawl 901, cylinder 907 seesaws, up-and-down movement cylinder 917, bag taking clip 918, bag side-to-side movement actuator 919 and servomechanism 921, described bag taking gas pawl 901 is contained on the gas pawl adapter plate 902, link to each other with the cylinder of the cylinder 908 that seesaws, the piston rod of cylinder 908 of seesawing is loaded on the cylinder connecting panel 909, bag taking clip 918 is loaded on bag taking gas pawl 901 lower ends, sucker fixed mount 905 is loaded on the gas pawl adapter plate 905, which is provided with sucker 906, bag taking gas pawl 901 and sucker 906 can move horizontally under the cylinder 908 that seesaws drives; Described cylinder connecting panel 909 is connected in the bracing frame below that guide rail adapter plate 912, brace panel 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 adapter plate 914 and air cylinder fixed plate B916, between the two by line slideway auxiliary 911 sliding block joints, up-and-down movement cylinder 917 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 bag side-to-side movement actuator 919 top shoes; Bag side-to-side movement actuator 919 is fixed on the driver rack 920, and servomechanism 921 places actuator 919 1 ends, and an end of driver rack 920 is fixed on bag discrete group wallboard 804, and the other end is fixed on the transverse tube 109 on the housing assembly 1.When infusion bag 903 is sent to this station, bag taking clip 918 clamps the interface of infusion bag 903 under the effect of gas pawl 901, and sucker 908 holds infusion bag 903 rear portions, thereby make bag taking clip 918 that infusion bag 903 is taken out interface folder 1207, under the effect of the cylinder 907 that seesaws, bag taking clip 918 and infusion bag 903 are pulled back then, after reaching the position of setting, up-and-down movement cylinder 917 upward movements, bag side-to-side movement actuator 919 under the driving of servomechanism 921 with infusion bag 903, bag taking clip 918 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, solids chamber inflatable component 10 of the present invention is mainly finished and inflation in the bag is beneficial to weak welding line weld assembly 2704 gas is enclosed in the solid coyote hole 2706 of bag.Inflation mainly is that the gas with certain pressure charges in the bag, and the weak welding of weak 4 pairs of bags of welding line weld assembly this moment forms solids chamber 2706, and then air is stayed in the solids chamber 2706, the two membranes of solids chamber 2706 is inhaled open and keeps certain shape.This assembly comprises inflation cylinder 1001, charging connector 1005 and charge valve 1007, inflation cylinder 1001 is fixed on the inflation cylinder mounting plate 1002, and inflation cylinder mounting plate 1002 is fixed on the joint weld group wallboard 704 of joint weld assembly 7 by mounting angle plate 1003; Charging connector 1005 is fixed on the charging connector adapter plate 1008, the quantity of charging connector 1005 is identical with each bag number, charging connector adapter plate 1008 links to each other with the piston rod of inflation cylinder 1001, charging connector 1005 links to each other with charge valve 1007 by tracheae 1006, and charge valve 1007 joins with the pure air interface.The working process of this assembly is: when bag is admitted to this assembly, charging connector 1005 inserts in the interface 1601 of bag under the effect of inflation cylinder 1001, this moment, charge valve 1007 was opened, the pure air of certain pressure (or other gas) enters in the bag, 4 pairs of inflated bags of weak welding line weld assembly this moment carry out weak welding, form the weak welding line 2705 on the bag, simultaneously gas is enclosed in the solid coyote hole 2706 of bag.When weak welding template 417 compressed bag, charge valve 1007 was closed, and charging connector 1005 is return original position under the effect of inflation cylinder 1001, finish the inflation work to bag.
Shown in Figure 29,30, the interface preheating assembly of the present invention 11 main butt tubes that rise preheat before entering bag forming assembly 6, are beneficial to interface and the film heatsealing is firm.Preheating assembly is identical with the sack quantity of once-forming, and present embodiment is 4.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 cleading 1104, the cylinder body of preheated mold cylinder 1102 is fixed on upper cylinder adapter plate 1110 and the lower cylinder adapter plate 1101, on, lower cylinder adapter plate 1110,1101 is continuous by support plate 1103 is installed, lower cylinder adapter plate 1101 is fixed on the flower wheel mount pad 1211, and flower wheel mount pad 1211 is fixed on front and back support 105, on 107.In this assembly anterior locations, also be provided with baffle plate 1108, be fixed on the upper cylinder adapter plate 1110 by connecting bent plate 1109.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 time of heat 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 31,32, interface conveying assembly 12 of the present invention mainly be will send automatically interface module 13 interface 2701 of serving interface folder 1207 be transported to bag forming assembly 5 and be welded into sack with a bag film, the good sack that will be shaped simultaneously is delivered to joint 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, connection clip 1207, guide rail 1208, big flower wheel 1215, synchronously be with 1214 and little flower wheel 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, its outer face is equipped with driving wheel guide plate 1201, greatly, little flower wheel 1213,1217 by being with 1214 to link to each other with active synchronization belt wheel 1202 synchronously, greatly, little flower wheel 1213,1217 are loaded on respectively greatly, little driven shaft 1215, on 1219, two axles are with bearing 1220 respectively, 1218, outer face is equipped with flower wheel guide plate 1216, greatly, little driven shaft 1215,1219 is fixing by flower wheel mount pad 1211, be with synchronously connection clip 1207 is housed on 1214, 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 adapter plate 1209, guide rail adapter plate 1209 is connected by connecting panel 1210, connecting panel 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 flower wheel 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 moment cam indexing mechanism 1204, thereby drive active synchronization belt wheel 1202 and make intermittent moment, when 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 moment.
Automatically send interface module 13 shown in Figure 33,34,35, mainly finish interface is equidistantly located, and it interface of delivering on the interface conveying assembly 12 is pressed from both sides in 1207.This assembly comprise blow interface track 1301, get interface gas pawl 1307, the cylinder 1307 that seesaws, up-and-down movement cylinder 1326, linear actuator 1316, line slideway auxiliary 1341, support 1328 etc., the described interface track 1301 that blows is fixed on the connecting panel 1302, and by connecting panel 1336, link span 1331, connecting panel 1327, support 1328, pressing plate 1313 is fixed on support 1328 on the front stall 105, and support 1328 other ends are fixed on the A-pillar 111 simultaneously.Interface locating plate 1310 is fixed on the locating plate adapter plate 1311, and its position is with to blow interface track 1301 delivery ports corresponding; Blowing on the interface track 1301, be fixed with blend stop 1320 and cover plate 1319, locating plate adapter plate 1311 links to each other with linear actuator 1316, and 1316 of linear actuators are driven by servomechanism 1315.Getting interface gas pawl 1307 is fixed in and gets on the interface gas pawl adapter plate 1306, with get interface clip 1308 and link to each other, getting interface gas pawl adapter plate 1306 joins with support plate 1337, cylinder 1305 piston rods that seesaw are fixed on the support plate 1337, cylinder 1305 cylinder bodies that seesaw are fixed on the cylinder mounting plate 1343, these adapter plate two ends and guide rail adapter plate 1342 join, guide rail adapter plate 1342 matches with line slideway auxiliary 1341 on being fixed on slide block adapter plate 1339, and slide block adapter plate 1339 is fixed on the support plate 1337.Simultaneously, cylinder 1305 cylinder bodies that seesaw are connected with up-and-down movement cylinder 1326 piston rods by connecting panel 1321.Described up-and-down movement cylinder 1326 cylinder bodies are fixed on the up-and-down movement cylinder mounting plate 1325, link to each other with preceding support 105 by support 1328 then.At up-and-down movement cylinder mounting plate 1325 two ends, also be provided with guide rail adapter plate 1324, link by line slideway auxiliary 1323 and slide block adapter plate 1322, slide block adapter plate 1322 is fixed on the connecting panel 1321.On slide block adapter plate 1339, block 1345 also is housed, slide block adapter plate 1339 outsides are provided with the energy disperser 1344 relative with block 1345, are fixed on the energy disperser mount pad 1340, the buffering the when cylinder 1305 that is used to seesaw moves.Below interface locating plate 1310, also be provided with retaining interface cylinder 1333, link to each other with connecting panel 1327 by cylinder mounting plate 1332, link span 1331, retaining interface cylinder 1333 piston rods connect pin mounting rod 1334, and pin 1335 is mounted thereon.Retaining interface cylinder 1333 main rising are blocked interface 2701 when interface locating plate 1310 left left movements, in order to avoid interface 2701 breaks away from interface locating plate 1310.
Interface 2701 on request direction after auto arrangement enters and blows in the interface track 1301, blow and connect clean pressurized air on the interface track 1301, the interface 2701 of injection is blown in the interface locating plate 1310, identical in distance between the interface locating plate 1310 and the interface conveying assembly 12 with the distance between the folder of the interface in the group 1207, quantity equates, all fill when interface locating plate 1310 like this and connect when middle, getting interface gas pawl 1307 moves downward under the effect of up-and-down movement cylinder 1325, getting interface clip 1308 clamps interface 2701 under the effect of getting interface gas pawl 1307, this moment up-and-down movement cylinder 1325 upward movements, after putting in place, the cylinder 1305 that seesaws travels forward, the interface of interface 2701 being delivered to interface conveying assembly 12 presss from both sides 1207 tops, then up-and-down movement cylinder 1325 moves downward, interface 2701 is put into interface folder 1207, get interface clip 1308 then and unclamp interface, finish interface 2701 is delivered on the interface conveying assembly 12.Up-and-down movement cylinder 1325 upward movements afterwards, seesaw cylinder 1305 then backward motion wait for that next on-cycle begins.Main the rising of servomechanism 1315 drives linear actuator 1316 side-to-side movements, finishes interface 2701 is packed in the interface locating plate 1310 one by one.
Interface auto arrangement assembly 14 is mainly finished the interface 2701 that random row is deposited and is arranged good on request and send blowing in the interface track 1301 in the interface module 13 automatically with it being transported to one by one shown in Figure 36,37.This assembly mainly is made up of support 1403, spiral vibration feed appliance 1405, platen 1407 and base 1410 etc., wherein spiral vibration feed appliance 1405 is fixed on the platen 1407, platen 1407 places on the base 1410, be provided with cover plate 1402 above it, be supported on the platen 1407 by support 1403, handle 1401 is housed on the cover plate 1402, can opens cover plate 1402, observe spiral vibration feed appliance 1405 conveying situations.Between spiral vibration feed appliance 1405 and platen 1407, be provided with vibration isolating pad 1408, be fixed on the platen 1407 impact that in the time of can slowing down feeding platen 1407 is produced by vibration isolating pad fixed block 1409.This assembly can be arranged let-in interface 2701 on request by spiral vibration feed appliance 1405, and interface 2701 is transferred out one by one.
Bottle placer housing assembly 16 is shown in Figure 38,39,40, mainly be to be mainly into bag assembly 17, infusion filling assembly 18, retaining bag assembly 19, weldering cap assemblies 20, exhaust heating assembly 21, bag taking assembly 22 and a bag transfer assembly 25 same reference for installation is provided, accurate with position between each group of assurance bottle placer, thus reliable in action such as the can of assurance sack, weldering lid.This assembly is mainly by preceding support 1605, support connection pipe 1606, back support 1607 is formed a firm support, fix on the ground by under- chassis 1602 and 1615, by L bracket 1603, connection pipe 1604, connection pipe 1608, rear column 1609, transverse tube 1610, support tube 1611, right vertical tube 1612, column A 1613, mounting pipe 1614, column B 1616, connection pipe 1617, left side vertical tube 1618, left side connection pipe 1619, preceding connection pipe 1620, right connection pipe 1621, back connection pipe 1622 constitutes supporting mechanism, install for other assembly, control box 1601 is mainly used in the installation of electric elements and control panel, places on the above-mentioned supporting mechanism.
Advance bag assembly 17 shown in Figure 41,42, mainly finish bag is passed the infusion bag 27 that assembly 9 sends here take off and deliver on the sackholder 2507 of bag conveying assembly 25.This assembly mainly comprises bag taking cylinder 1715, bag taking 1716, transposition cylinder 1711 and presses a bag cylinder 1718, described transposition cylinder 1711 cylinder ends are fixed on the cylinder erecting frame 1710, cylinder erecting frame 1710 links to each other with the support tube 1611 of bottle placer frame component 16 by mounting pipe 1708, the piston rod of transposition cylinder 1711 is articulated on the adapter plate 1705 by pin 1706, this adapter plate 1705 links to each other with cylinder mounting plate 1714, the bag taking cylinder is loaded on the cylinder mounting plate 1714, and its rod end is equipped with bag taking 1716.Pivoted arm 1701 and locating plate 1712 are housed on support 1702, the angle of locating plate 1712 scalable pivoted arms 1701 rotations is accurate thereby assurance infusion bag 27 enters the position of sackholder; Pivoted arm 1701 is hinged with two stands 1702 bottoms by axle 1704 and bearing 1703, and support 1702 upper ends are fixed on the mounting pipe 1708.For improving this assembly intensity, between two stands 1702, also be provided with fagging 1707 and brace panel 1709.This assembly also is provided with presses bag cylinder 1718, is fixed on the pivoted arm 1701 by pressing bag cylinder mounting plate 1719, presses bag cylinder 1718 piston rod rod ends that pressing plate 1717 is housed.When sack is sent into this assembly, bag taking 1716 is inserted in the interface 1 of sack under the effect of bag taking cylinder 1715, bag taking clip 918 on the bag transfer assembly 9 unclamps, sack under the effect of transposition cylinder 1711, and first-class rotation 90 degree of bag taking enter on the sackholder 2507.Pressing plate 1717 mainly is that the interface that will enter the sack of sackholder under the effect of pressing bag cylinder 1718 flattens, and is beneficial to can.
Liquid medicine filling components 18 finishes that mainly infusion solutions is quantitatively poured in the liquid coyote hole of sack shown in Figure 43,44,45.This assembly comprises support 1818, fill head 1814, can pipeline 1816, cylinder 1803, liquor piping 1823, described support 1818 is fixed on the support connection pipe 1606 of bottle placer frame component 16 by connection pipe 1828, support 1818 is provided with mounting bracket 1817, can pipeline 1,816 one ends are connected with the flow counter 1826 that is fixed on this mounting bracket 1817, the other end links to each other with fill head 1814 through shut-off valve 1815, fill head 1814 is fixing by fill head support plate 1813, and fill head support plate 1813 links to each other with crossbeam 1811.The effect of distributing box 1827 mainly makes the several medicine bags of can simultaneously as required, the present embodiment assembly is four, soup distributing box 1827 connects liquor piping 1823, this liquor piping 1823 is irritated 1825 with buffering and is joined, be fixed on by support plate 1822 on the transverse tube 1610 of bottle placer frame component 16, buffering is irritated 1825 and is loaded on the buffering filling support 1824.Between soup distributing box 1827 and can pipeline 1816, hand valve 1821 and flow counter 1826 also are housed, flow counter 1826 is fixed on the mounting bracket 1817 by adapter plate 1819.On crossbeam 1811, the axle 1807 of two arrangement in parallels is housed, these axle 1807 bottoms are fishplate bar 1802 in succession, outside face is with bearing carrier ring 1808 and linear bearing 1809, and be with lower cylinder adapter plate 1804 from bottom to up in regular turn, connecting panel 1810, protecting sleeve 1812, the top is fixed on the crossbeam 1811; On connecting panel 1802, be fixed with the piston rod of cylinder 1803, cylinder 1803 cylinder ends are fixed on the upper cylinder adapter plate 1806, adapter plate 1801, stay bearing plate 1805, upper cylinder adapter plate 1806 and lower cylinder adapter plate 1804 are formed the supporting structure of cylinders 1803, are fixed on before the bottle placer frame component 16 on the support 1605 by lower cylinder adapter plate 1804.When infusion bag enters this assembly, fill head 1814 is inserted in the interface 2701 of infusion bag under the effect of cylinder 1803, this moment, shut-off valve 1815 was opened, flow counter 1826 begins metering, when the can amount reached setting value, flow counter 1826 was sent signal, and shut-off valve 1815 turn-offs, fill head 1814 upwards breaks away from interface 2701 under the drive of cylinder 1803, finish the infusion solutions quantitative filling to infusion bag like this.The can amount can be set different values as requested.
Retaining bag assembly 19 is mainly finished sack and is entered behind the can station location to infusion bag 27 shown in Figure 46,47; Push down bag during can and prevent that soup from spilling; When fill head 1814 upwards breaks away from interface 2701 interface 2701 pushed down to prevent that infusion bag 27 is being with by fill head 1814 and make progress away, thus influence weldering lid.This assembly mainly comprises retaining sack cylinder 1902, retaining sack plate 1910, presses bag cylinder 1908, described retaining sack cylinder 1902 is fixed on the support 1906, retaining sack cylinder cover 1901 is housed on it, support 1906 is fixed on the mounting pipe 1614 on the bottle placer frame component 16, retaining sack cylinder piston rod termination has adapter plate 1911, evenly is provided with retaining sack plate 1910 on this adapter plate 1911; In support 1906 bottoms, be fixed with adapter plate 1907, press bag cylinder 1908 dresses thereon, be equipped with on this pressure bag cylinder 1908 and press bag cylinder cover 1909, its rod end is connected to connecting panel 1905, connecting panel 1905 is affixed with pipe link 1,904 one ends, and pipe link 1904 other ends are connected with pressing bag frame 1,903 one ends, presses bag frame 1903 other ends to touch mutually with infusion bag 27.When sack entered the can station, retaining sack plate 1910 was pushed down the location with the interface of infusion bag 27 forward under the effect of retaining sack cylinder 1902.When can begins, press bag frame 1903 under the effect of cylinder 1908, forward infusion bag 27 dress liquid partly to be pushed down, thereby prevent that soup from spilling because of being subjected to stopping to the sack direction of infusion bag 27 bottoms.After can is intact, when fill head 1814 is upwards lifted,, make progress away so prevented that infusion bag 27 is being with by fill head 1814 because retaining sack plate 1910 pushed down interface.
Weldering cap assemblies 20 is mainly finished the lid that combination cover auto arrangement assembly 24 is sent here and is located by certain distance shown in Figure 48,49,50, and it is taken off deliver to heating station and it and interface 2701 are welded after infusion bag 27 interfaces heat again.This assembly comprise blow build track 2001, line slideway auxiliary 2007, weldering is covered cylinder 2033, is got and cover cylinder 2031, pushing cover cylinder 2034, erecting frame 2009, described blowing built track 2001 and is loaded on the adapter plate 2002, which is provided with the groove that to put combination cover 2704, the front end correspondence position is provided with baffle plate 2018, on these baffle plate 2018 fixed supports 2004, lid locating piece 2015 is fixed on the slide block of linear actuator 2023 by connecting bent plate 2017; Storage is covered track 2,014 one ends and is fixed on by support plate 2012, connecting panel 2011 that the other end is fixed on the fagging 2022 on the cylinder support 2008; Connecting panel 2003 links to each other with support 2004, and cylinder support 2008 is loaded on the erecting frame 2009, and support 2004 and erecting frame 2009 are fixed on the column 1616 on the bottle placer frame component 16.Cover plate 2013 is fixed on the cylinder support 2008 by pole 2010.On cylinder support 2008, weldering is housed covers cylinder 2033, its cylinder body covers cylinder 2032 and links to each other with getting by cylinder connecting panel 2032.The described line slideway auxiliary of getting on covering cylinder 2031 cylinder bodies and being fixed in cylinder support 2,008 2007 links to each other, the depression bar 2030 that piston rod and two be arranged in parallel links to each other, 2030 of two depression bars are provided with cover fetching 2029, two holder cover plates 2027 are positioned at cover fetching 2029 following correspondence positions, connect with extension spring 2026 each other, place storage to cover on the track 2014; Fagging 2022 has the linear actuator 2023 that links to each other with servomechanism 2020, two ends are provided with actuator adapter plate 2021,2028, wherein actuator adapter plate B2028 is fixed on the support plate 2025, support plate 2025 upper ends and erecting frame 2009 join, the mounting pipe 1614 that the lower end connects on the bottle placer frame component 16 by connecting panel 2024.Described pushing cover cylinder 2034 is located at the corresponding position of advancing to cover an end that track 2014 is built in storage, is fixed on the connecting panel 2003, and its rod end is connected with cover 2036, and each storage is covered and is provided with baffle plate 2035 between the track 2014.This assembly when work, by sending under linear actuator 2023 combineds action of cover track 2001 and servomechanism 2020 drivings lid is put into the identical lid locating piece 2015 of spacing one by one, pushing cover cylinder 2034 pushes lid to store and covers in the track 2014.When sack enters weldering when covering station, cover fetching 2029 holds lid (logical vacuum in the cover fetching 2029) downwards under the effect of cylinder 2031, and deliver to heating location downwards, this moment, heated seats 2105 moved forward into heating location to combination cover 2704 and interface 2701 heating, behind the certain hour, return after the heated seats 2105, cover fetching 2029 cover under the effect of cylinder 2033 downwards with combination cover 2704 and interface 2701 weld togethers in weldering, covers operation thereby finish to weld.
Exhaust heating group 21 is mainly finished and is welded when covering infusion bag 27 location shown in Figure 51,52,53; To the heating of combination cover and joint weld face and before the weldering lid air in the infusion bag 27 dress liquid coyote holes 2703 is discharged as much as possible, with the shelf-life of raising soup.This assembly mainly comprises heating cylinder 2101, heated seats 2105, exhaustion plate 2111, line slideway auxiliary 2107 and positioning cylinder 2129, described heating cylinder 2101 is fixed on the cylinder support 2108, its rod end and connecting panel 2102 join, connecting panel 2102 links to each other with line slideway auxiliary 2107 by guide rail adapter plate 2106, and cylinder support 2108 is fixed on the connection pipe 1608 of bottle placer frame component 16.Front end at guide rail adapter plate 2106, adapter plate 2103 is housed, heated seats 2105 admittedly thereon, heated seats 2105 belows are provided with location fork 2110, join with axle 2,126 one ends, on the axle 2126 axle sleeve 2115 are housed, be fixed on the bearing seat 2127, bearing seat 2127 is loaded on the adapter plate 2116, and axle 2126 other ends and positioning cylinder 2129 piston rods join, and positioning cylinder 2129 is loaded on the positioning cylinder adapter plate 2130.Below location fork 2110, be provided with the exhaustion plate 2111 that can touch mutually with infusion bag 27, join with the axis of guide 2,113 one ends, axle sleeve 2112,2115 is equipped with at two ends respectively on this axis of guide 2113, be fixed on the adapter plate 2116 by bearing seat 2117, adapter plate 2116 is loaded on the mounting pipe 1614 on the bottle placer frame component 16.The axis of guide 2113 other ends join by contiguous block 2118 and exhaust cylinder 2128 piston rods, and exhaust cylinder 2128 links to each other with cylinder support 2108 by exhaust cylinder adapter plate 2122.On exhaust cylinder 2128, cylinder support plate 2119 is housed, be fixed on pole 2120 medium positions, these pole 2120 front ends and bearing seat 2117 join, back termination support plate 2123, regulate screw mandrel 2121 rear ends and be connected to handwheel 2125, fix and be enclosed within on the exhaust cylinder adapter plate 2122 by support plate 2123, when screw mandrel 2121 rotates, exhaust cylinder adapter plate 2122 can drive exhaust cylinder 2128, cylinder support plate 2119, contiguous block 2118, the axis of guide 2113, cover 2112 and exhaustion plate 2111 and move forward and backward, with the exhaust of the bag that is fit to different size.Regulating on the screw mandrel 2121, also be provided with position indicator 2124, jam nut 2109 is fixed on the exhaust cylinder adapter plate 2122, and when screw mandrel 2121 rotated, it must unclamp, and pressing plate 2131 is fixed on exhaust cylinder adapter plate 2122 on the pole 2120 when tightening.When sack enters weldering when cover station, the location is pitched 2110 and forward sack is compressed the location under the effect of cylinder 2129.Both face of weld heating of combination cover of under the effect of heating cylinder 2101, forward sack interface and cover fetching being sent here of heated seats 2105 simultaneously.Exhaustion plate 2111 pushes sack dress liquid coyote hole 2703 forward under the effect of exhaust cylinder 2128 simultaneously, makes soup up with the air exhaustion in the bag.After heating, heated seats 2105 is return, and cover fetching is with combination cover and interface solder together, and cover fetching is upwards return, and exhaustion plate 2111 and location fork 2110 are also return simultaneously, thereby finish the location to infusion bag 27, the function that exhaust is sealed.
Bag taking assembly 22 is shown in Figure 54,55, mainly finish the clip 2507 of infusion bag 27 from bag conveying assembly 25 taken out and be put on the flat belt 2306 of bag output precision 23, comprise bag taking clip 2209, bag taking gas pawl 2211, push away bag cylinder 2203 and front and back cylinder 2206.The described bag cylinder 2203 that pushes away is fixed on the arm 2208 by cylinder mounting plate 2201, and arm 2208 is loaded on the connection pipe 1617 by pipe link 2213; Cylinder 2,206 one ends in described front and back are loaded on the cylinder mounting plate 2201, and the other end is fixed on the cylinder support plate 2207, and cylinder support plate 2207 is fixed on the arm 2208.On front and back cylinder 2206 slide blocks, four bag taking gas pawls 2211 are housed, be fixed on the adapter plate 2212, support plate 2,205 one ends are fixed on the adapter plate 2212, and the other end is equipped with baffle plate 2210, on the bag taking gas pawl 2211 clip 2209 is housed.When infusion bag 27 entered the bag taking group, bag taking clip 2209 clamped sack under the effect of bag taking gas pawl 2211, at front and back cylinder 2206 and push away under the effect of bag cylinder 2203 infusion bag 27 is taken out, and was put on the flat belt 2306 of bag output precision 23.
Combination cover auto arrangement assembly 24 is mainly finished the combination cover 2404 that random arrangement is deposited and is arranged good on request and will it being transported to one by one weld blowing in the cap assemblies 20 and cover in the track 2001 shown in Figure 58.Mainly form by support 2403, spiral vibration feed appliance 2405, platen 2407, vibration isolating pad 2408 and base 2410 etc., wherein spiral vibration feed appliance 2405 is fixed on the platen 2407, platen 2407 places on the base 2410, be provided with cover plate 2402 above it, be supported on the platen 2407 by support 2403, handle 2401 is housed on the cover plate 2402, can opens cover plate 2402, observe spiral vibration feed appliance 2405 conveying situations.Between spiral vibration feed appliance 2405 and platen 2407, be provided with vibration isolating pad 2408, be fixed on the platen 2407 impact that in the time of can slowing down feeding platen 2407 is produced by vibration isolating pad fixed block 2409.This assembly can be arranged let-in combination cover 2704 by spiral vibration feed appliance 2405 on request, and combination cover 2704 is transferred out one by one.
Bag conveying assembly 25 is shown in Figure 59,60, and main rising will be advanced bag assembly 17 and be served the infusion bag of sackholder 2508 and be transported in liquid medicine filling components 18, weldering cap assemblies 20 and the bag taking assembly 22.This assembly mainly comprises active synchronization belt wheel 2502, cam indexing mechanism 2504, reducing motor 2506, sackholder 2507, guide rail 2508, flower wheel 2510, is with 2512 synchronously, before described reducing motor 2506 is fixed on the bottle placer frame component 16 by motor mount 2505 on the support 1605, its output shaft links to each other with cam indexing mechanism 2504, cam indexing mechanism 2504 output shafts are provided with adapter sleeve 2503, join with active synchronization belt wheel 2502, be with on the active synchronization belt wheel 2502 and be with 2512 synchronously, side is equipped with driving wheel guide plate 2501.Described being with synchronously is with flower wheel 2510 on 2512, be placed on the driven shaft 2511, establish bearing 2513 between the two, before being fixed on the bottle placer frame component 16 by flower wheel mount pad 2509 on the support 1605, its side also is equipped with guide plate 2514 with corresponding with active synchronization belt wheel 2502.Describedly be with 2512 to be provided with sackholder 2507 synchronously, guide rail 2508 links to each other with guide rail adapter plate 2520, before being fixed on the bottle placer frame component 16 by link span 2519, support 2518, guide rail adapter plate 2520 on the support 1605, is fixed on the flower wheel mount pad 2509 by connecting panel 2516 with flower wheel 2510 coupling ends.This assembly drives cam indexing mechanism 2504 motions by reducing motor 2506, cam indexing mechanism 2504 output intermittent moments, thereby drive active synchronization belt wheel 2502 and make intermittent moment, when sackholder 2507 when a station moves to next station, 2502 stop motions of active synchronization belt wheel, then other mechanism work on the bottle placer, when other mechanism after hours, motor 2506 drives cam indexing mechanism 2504 motions again, finishes next intermittent moment.
Claims (8)
1. the two chambers of liquid-solid type hard single-mouth-pipe bag large-infusion automatic production line, comprise bag zone and can zone, wherein the bag zone comprises film feeding assembly (2), lettering assembly (3), membrane assembly (5), bag forming assembly (6), joint weld assembly (7), bag separation assembly (8), bag transfer assembly (9), interface preheating assembly (11), interface conveying assembly (12), automatically send interface module (13), take over auto arrangement assembly (14) and automation control assembly (15), described film feeding assembly (2), lettering assembly (3), membrane assembly (5), bag forming assembly (6), joint 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, interface conveying assembly (12) places a bag forming assembly (6), joint weld assembly (7), bag separation assembly (8) and bag transfer assembly (9) front, interface preheating assembly (11) is fixed on the interface conveying assembly (12), and be positioned at before the station of a bag forming assembly (6), upper connecting tube assembly (13) places interface conveying assembly (12) front automatically; Described can zone comprises into bag assembly (17), filling components (18), retaining bag assembly (19), weldering cap assemblies (20), exhaust heating assembly (21), bag taking assembly (22), bag output precision (23), combination cover auto arrangement assembly (24) and bag transfer assembly (25) by bottle placer frame component (16) supporting; Advance bag assembly (17), filling components (18), weldering cap assemblies (20), bag taking assembly (22), bag output precision (23) is arranged in regular turn, advancing bag assembly (17) links to each other with bag transfer assembly (9), bag transfer assembly (25) is provided with load-transfer device, with filling components (18), weldering cap assemblies (20), bag taking assembly (22) station correspondence, filling components (18) anterior locations is provided with retaining bag assembly (19), weldering cap assemblies (20) correspondence position is provided with combination cover auto arrangement assembly (24), the present invention is characterised in that: also be provided with weak welding line weld assembly (4) and solids chamber inflatable component (10) in the bag zone, described weak welding line weld assembly (4) or be arranged at arbitrary group interface weld assembly (7) back is in same station with this joint weld assembly (7); Or be separately set between a bag forming assembly (6) and the bag separation assembly (8), formation one is station independently, before the welding of weak welding line, gas charged into solids chamber inflatable component (10) in the bag then be arranged at a little less than the front of welding line weld assembly (4), be in same station with weak welding line weld assembly (4).
2. the two chambers of liquid-solid type hard single-mouth-pipe according to claim 1 bag large-infusion automatic production line, the quantity that it is characterized in that each bag is 2 or 3 or 4 or 6.
3. the two chambers of liquid-solid type hard single-mouth-pipe according to claim 1 bag large-infusion automatic production line, it is characterized in that described weak welding line weld assembly (4) comprises two groups of weak welding templates (417) of symmetric arrangement up and down, heating plate (411), weak weld cylinder (409), described heating plate (411) links to each other with pressing plate (412) by heat insulation post (419), pressing plate (412) links to each other with the piston rod of weak weld cylinder (409), the cylinder body of described weak weld cylinder (409) is fixed on the brace panel (414) by weak weld cylinder adapter plate (413), and weak welding template (417) is fitted with heating plate (411); Described brace panel (414) is fixed on the joint weld assembly (7), or is fixed on the wallboard of the adjacent component that is positioned at its both sides.
4. the two chambers of liquid-solid type hard single-mouth-pipe according to claim 1 bag large-infusion automatic production line, it is characterized in that described solids chamber inflatable component (10) comprises inflation cylinder (1001), charging connector (1005) and charge valve (1007), described inflation cylinder (1001) is fixed on the inflation cylinder mounting plate (1002), inflation cylinder mounting plate (1002) is fixed on the joint weld assembly (7) by mounting angle plate (1003), or is fixed on the wallboard of the adjacent component that is positioned at its both sides; Charging connector (1005) is fixed on the charging connector adapter plate (1008), the quantity of charging connector (1005) is identical with each bag number, charging connector adapter plate (1008) links to each other with the piston rod of inflation cylinder (1001), and charging connector (1005) links to each other with charge valve (1007) by tracheae (1006).
5. the two chambers of liquid-solid type hard single-mouth-pipe according to claim 3 bag large-infusion automatic production line, it is characterized in that described symmetrically arranged up and down two groups of weak weld cylinder (409) be respectively about two be symmetrical arranged, between two weak weld cylinder (409), be provided with orienting sleeve (415) and place the interior guidepost (416) of orienting sleeve (415), described orienting sleeve (415) is fixed on the brace panel (414), and guidepost (416) links to each other with pressing plate (412).
6. according to claim 3 or the two chambers of 4 or 5 described liquid-solid type hard single-mouth-pipes bag large-infusion automatic production line, it is characterized in that described weak welding line weld assembly (4) also is respectively equipped with a pressure bag bar (407) in the forward and backward both sides of weak welding template (417), press bag bar (407) to be symmetric arrangement up and down, its two ends link to each other with the piston rod of pressing bag cylinder (402) by guide rail adapter plate (405) respectively, press the cylinder body of bag cylinder (402) to be fixed on the slide block adapter plate (403) that line slideway auxiliary (404) is housed by pressing bag cylinder mounting plate (401); Described slide block adapter plate (403) is fixed on the joint weld assembly (7), or is fixed on the wallboard of the adjacent component that is positioned at its both sides.
7. according to claim 3 or the two chambers of 6 described liquid-solid type hard single-mouth-pipes bag large-infusion automatic production line, it is characterized in that being provided with between described weak welding template (417) and the heating plate (411) weak welding template adapter plate (410), weak welding template adapter plate (410) is provided with one group of above template fastener hole, and weak welding template (417) is anchored on weak welding template by fastener and installs on (410).
8. the two chambers of liquid-solid type hard single-mouth-pipe according to claim 6 bag large-infusion automatic production line is characterized in that described pressure bag bar (407) is provided with cooling-water duct (406).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100321126A CN100415612C (en) | 2005-09-06 | 2005-09-06 | Liquid-solid type hard single-mouth-pipe two-chamber carge-infusion automatic production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100321126A CN100415612C (en) | 2005-09-06 | 2005-09-06 | Liquid-solid type hard single-mouth-pipe two-chamber carge-infusion automatic production line |
Publications (2)
| Publication Number | Publication Date |
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| CN1743243A CN1743243A (en) | 2006-03-08 |
| CN100415612C true CN100415612C (en) | 2008-09-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2005100321126A Expired - Fee Related CN100415612C (en) | 2005-09-06 | 2005-09-06 | Liquid-solid type hard single-mouth-pipe two-chamber carge-infusion automatic production line |
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| CN (1) | CN100415612C (en) |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101314263B (en) * | 2008-07-17 | 2010-08-18 | 长沙楚天科技有限公司 | Full-automatic upper interface arrangement for large transfusion soft bag product line |
| CN102390575B (en) * | 2011-07-04 | 2013-03-20 | 楚天科技股份有限公司 | Overturning encapsulation positioning fixture |
| CN103552700B (en) * | 2013-10-30 | 2016-01-27 | 湖南汇一制药机械有限公司 | A kind of closing device of soft bag infusion production line and soft bag infusion production line |
| CN103920797B (en) * | 2014-04-04 | 2015-11-18 | 三能器具（无锡）有限公司 | Cake mold automatic moulding production line |
| CN107954010B (en) * | 2018-01-18 | 2023-08-18 | 四川科伦药业股份有限公司 | Multi-chamber bag making and safety filling and sealing integrated machine and bag making and filling and sealing method |
| CN114603825A (en) * | 2022-03-01 | 2022-06-10 | 湖南千山制药机械股份有限公司 | Linear injection-blow-filling-sealing integrated plastic bottle packaging equipment |
| CN114619649A (en) * | 2022-03-01 | 2022-06-14 | 湖南千山制药机械股份有限公司 | Linear plastic bottle packaging equipment integrating injection, blowing, filling and sealing |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3889446A (en) * | 1974-06-18 | 1975-06-17 | Du Pont | Process for forming partitioned film packages and apparatus for use therein |
| US4201031A (en) * | 1978-09-27 | 1980-05-06 | Rexham Corporation | Method of making, opening, filling and sealing a two-compartment pouch |
| EP0378183A1 (en) * | 1989-01-12 | 1990-07-18 | Karl H. Sengewald GmbH & Co. KG | Sterile plastic package |
| JPH09221176A (en) * | 1996-02-16 | 1997-08-26 | Dainippon Printing Co Ltd | Retort pouch |
| CN1304243A (en) * | 1999-12-21 | 2001-07-18 | 华为技术有限公司 | Large capacity multi-stage service time division switching network dynamic capacity-expanding method |
| CN1476969A (en) * | 2003-07-30 | 2004-02-25 | 海南赛诺实业有限公司 | Biaxial stretching polypropylene contraction single film and its preparation method |
| CN2647329Y (en) * | 2003-09-19 | 2004-10-13 | 济腾 | Power and liquid double-chamber infusion soft bag |
| CN2846323Y (en) * | 2005-09-06 | 2006-12-13 | 湖南千山制药机械股份有限公司 | Automatic production line for liquid-solid type hard single mouth tube double chamber bag large transfusion |
-
2005
- 2005-09-06 CN CNB2005100321126A patent/CN100415612C/en not_active Expired - Fee Related
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3889446A (en) * | 1974-06-18 | 1975-06-17 | Du Pont | Process for forming partitioned film packages and apparatus for use therein |
| US4201031A (en) * | 1978-09-27 | 1980-05-06 | Rexham Corporation | Method of making, opening, filling and sealing a two-compartment pouch |
| EP0378183A1 (en) * | 1989-01-12 | 1990-07-18 | Karl H. Sengewald GmbH & Co. KG | Sterile plastic package |
| JPH09221176A (en) * | 1996-02-16 | 1997-08-26 | Dainippon Printing Co Ltd | Retort pouch |
| CN1304243A (en) * | 1999-12-21 | 2001-07-18 | 华为技术有限公司 | Large capacity multi-stage service time division switching network dynamic capacity-expanding method |
| CN1476969A (en) * | 2003-07-30 | 2004-02-25 | 海南赛诺实业有限公司 | Biaxial stretching polypropylene contraction single film and its preparation method |
| CN2647329Y (en) * | 2003-09-19 | 2004-10-13 | 济腾 | Power and liquid double-chamber infusion soft bag |
| CN2846323Y (en) * | 2005-09-06 | 2006-12-13 | 湖南千山制药机械股份有限公司 | Automatic production line for liquid-solid type hard single mouth tube double chamber bag large transfusion |
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|---|---|
| CN1743243A (en) | 2006-03-08 |
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