CN201567223U - Integrated filling machine combining blanking, bottle blowing, filling and sealing processes - Google Patents
Integrated filling machine combining blanking, bottle blowing, filling and sealing processes Download PDFInfo
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- CN201567223U CN201567223U CN2009202169343U CN200920216934U CN201567223U CN 201567223 U CN201567223 U CN 201567223U CN 2009202169343 U CN2009202169343 U CN 2009202169343U CN 200920216934 U CN200920216934 U CN 200920216934U CN 201567223 U CN201567223 U CN 201567223U
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Abstract
The utility model provides an integrated filling machine combining blanking, bottle blowing, filling and sealing processes. The integrated filling machine comprises a blanking system, a heating system, a bottle blowing system, a filling system, a sealing system and a cover closing system; the blanking system, the heating system, the bottle blowing system, the filling system, the sealing system and the cover closing system are connected together through a transmission system in sequence; and the transmission system can be used for transmitting bottle blanks, clamps, bottles and bottle covers. By adopting the integrated filling machine combining blanking, bottle blowing, filling and sealing processes, the utility model overcomes the problem that since the bottle-making process of a bottle blowing-filling-sealing three-in-one filling machine produced by the Rommelag corporation has the common character with an extruding machine, namely, lacking of special blanking process, so that 20 percent of process refuses occupying the product weight (excluding additional bottle covers and filling liquid) can be generated. Therefore, the utility model achieves the effect of cost reduction.
Description
Technical field
The utility model relates to and a kind ofly collects base, bottle blowing, can, seals the bottle placer into one.
Background technology
The similar equipment of performance is that rom comes lattice company in the existing plastic bottle packing field
" bottle blowing-can-seal " three-in-one bottle placer of producing
Its production technology is: plastic grain is heated plastic grain and plasticizing by heating cylinder and material extrusion screw rod, by extrusion die the plastics of plasticizing are made the tubular of vertical again, after the bottle blowing mould closes, move on to another station and successively carry out bottle blowing, can, seal, go technologies such as waste material.When its bottle blowing mould closed, barrel-contoured plastics were sealed the lower end by the bottle blowing mould, and a little opening is then left in the upper end, were used for inwards top blast gas and made bottleneck, carried out filling liquid from bottleneck again, sealed again.
The contriver finds that there are the following problems at least in the prior art: because rom comes lattice company
" bottle blowing-can-seal " three-in-one bottle placer of producing
Bottle producing process have the general character of extruder, promptly lack special blank-making technology, therefore, can produce the process residue that accounts for product weight (not comprising the liquid that adds bottle cap and can) about 20%.
The utility model content
The utility model aims to provide and a kind ofly collects base, bottle blowing, can, seals the bottle placer into one, can solve because rom comes lattice company
" bottle blowing-can-seal " three-in-one bottle placer of producing
Bottle producing process have the general character of extruder, promptly lack special blank-making technology, therefore, can produce the problems such as process residue that account for product weight (not comprising the liquid that adds bottle cap and can) about 20%.
In embodiment of the present utility model, provide a kind of and collected base, bottle blowing, can, sealed bottle placer into one, comprising: the base system is used to make bottle base; Heating system is used for the produced bottle base of base system is heated again; The bottle blowing system is used for that the bottle base after the heating is carried out stretch blow and becomes bottle; Bulking system is used for cleaned bottle is carried out filling liquid; Closure system is used for the bottle of the good liquid of can is sealed; The bottle cap that provides closure system used to bottle closure is provided cover system; Transfer system, it links together base system, heating system, bottle blowing system, bulking system, closure system, cover system in turn, and transfer system is responsible for the transmission of bottle base, anchor clamps, bottle and bottle cap.
Preferably, the base system comprises: injecting systems, and have and extrude function continuously, be provided with downward notes mouth; Many first injection flow passages, it is horizontally disposed with, and the notes mouth of injecting systems is positioned at the intersection of many first injection flow passages; Heating member is arranged on around many first injection flow passages; The bottle base forming die is arranged on the below of first injection flow passage, and is circle distribution, and it comprises, bottle base die cavity, anchor clamps, bottle base core; Second injection flow passage is connected between first injection flow passage and the bottle base die cavity; The injection switch is arranged on the runner of first injection flow passage and second injection flow passage composition.
Preferably, the injection switch is arranged on first injection flow passage or injects switch and is arranged on second injection flow passage.
Preferably, injecting systems vertical setting or be horizontally disposed with.
Preferably, heating system comprises: the multilayer heating pipe, and wherein every layer of heating pipe all can be controlled separately; Ventilation system is arranged on around the multilayer heating pipe, is used to regulate the temperature on bottle base top layer.
Preferably, the bottle blowing system is made up of many groups bottle blowing unit, organizes the bottle blowing unit more and is circle distribution, and wherein, the bottle blowing unit comprises: the folding modular system; Counterdie; The bottle blowing die cavity; Anchor clamps; The stretch blow system, the bottle blowing system is responsible for bottle base is blow molded into bottle, and wherein, the bottle blowing die cavity is single chamber or multi-cavity.
Preferably, take the anchor clamps of holding bottle base, when base, participate in the making of bottle base, when heating, be used to take and hold bottle base, when bottle blowing, participate in the stretch blow system works through heating system.
Preferably, bulking system is made up of a plurality of filling elements, and a plurality of filling elements are circle distribution; And closure system is made up of a plurality of unit that seal, and a plurality of unit that seal are circle distribution.
Preferably, closure system adopts weldering to cover formula closure system or cap-rotating type closure system or gag formula closure system.
Preferably, transfer system comprises: the first transition rotating disk, and it is connected with the base system, is used to spread out of the base system and takes the anchor clamps of holding bottle base; First messenger chain, link to each other with the first transition rotating disk, and pass heating system, the part that first messenger chain passes heating system is provided with chain, when first messenger chain is taken over when taking the anchor clamps of holding bottle base through heating system from the first transition rotating disk, chain drive is taken the anchor clamps rotation of holding bottle base, and bottle base is evenly heated, and first messenger chain also has the effect that changes spacing jig; The second transition rotating disk is connected between first messenger chain and the bottle blowing system, and the second transition rotating disk is taken over from first messenger chain and taken the anchor clamps of holding bottle base, and it is sent into the bottle blowing system; The 3rd transition rotating disk, system links to each other with bottle blowing, and it spreads out of from the bottle blowing system and takes the anchor clamps of holding bottle; The 4th transition rotating disk links to each other with the 3rd transition rotating disk, and from the 3rd transition rotating disk take over take holding the bottle anchor clamps, and the bottle separate on the 4th transition rotating disk with anchor clamps; Second messenger chain links to each other with the 4th transition rotating disk, and spreads out of empty anchor clamps from it, and second messenger chain also has the effect that changes spacing jig; The 5th transition rotating disk links to each other with second messenger chain, and spreads out of empty anchor clamps from it; The 6th transition rotating disk is connected between the 5th transition rotating disk and the base system, and the anchor clamps of the 5th transition rotating disk hollow are spread out of and pass back the base system; The 7th transition rotating disk links to each other with the 4th transition rotating disk, and takes over the bottle that separates with anchor clamps from the 4th transition rotating disk; The 8th transition rotating disk is connected between the 7th transition rotating disk and the bulking system, takes over bottle from the 7th transition rotating disk, and sends bulking system to; The 9th transition rotating disk is connected between bulking system and the closure system, and the bottle of the good liquid of can in the bulking system is spread out of and send to closure system; The bottle outlet rotating disk links to each other with closure system, and the bottle outlet rotating disk is a double-layer rotary disc, and its lower floor's rotating disk spreads out of the bottle of sealing mouth and this equipment of sending from closure system, and its upper strata rotating disk then sends the lid that seals usefulness to closure system.
Because adopt according to collection base of the present utility model, bottle blowing, can, seal the bottle placer into one, it has special structure, so overcome because rom comes lattice company
" bottle blowing-can-seal " three-in-one bottle placer of producing
Bottle producing process have the general character of extruder, promptly lack special blank-making technology, therefore, can produce the problems such as process residue that account for product weight (not comprising the liquid that adds bottle cap and can) about 20%, and then reach the effect of cost-cutting.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present utility model, constitutes the application's a part, and illustrative examples of the present utility model and explanation thereof are used to explain the utility model, do not constitute improper qualification of the present utility model.In the accompanying drawings:
Fig. 1 shows this bottle-making machine process flow diagram;
Fig. 2 shows this bottle-making machine base system works scheme drawing;
Scheme drawing when Fig. 3 shows this bottle-making machine base system matched moulds base;
Scheme drawing when Fig. 4 shows this bottle-making machine base system and makes base and open matched moulds;
Fig. 5 shows the work scheme drawing of this bottle-making machine heating furnace;
Scheme drawing when Fig. 6 shows this bottle-making machine stretching bottle blowing system stretching bottle blowing;
Scheme drawing when Fig. 7 shows the system bottle end of this bottle-making machine stretching bottle blowing system.
The specific embodiment
Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the utility model in detail.
Fig. 1 shows the utility model technological process and work scheme drawing.As shown in Figure 1, in embodiment of the present utility model, provide a kind of and collect base, bottle blowing, can, sealed the bottle placer into one, it comprises: base system 1 is used to make bottle base 90; Heating system 2, when the bottle base of making 90 passed through heating system 2, bottle base 90 obtained suitable heating, to be suitable for that bottle base 90 is blow molded into bottle 91; Bottle blowing system 3 is used for the bottle base 90 after the heating is blow molded into bottle 91; Bulking system 4 is used for bottle 91 is carried out filling liquid; Closure system 5 is used for the bottle 91 of the good liquid of can is sealed; Cover system 6 comprises lid treatment device and send and builds guide rail, is used for the bottle cap arrangement in order, and provides the bottle cap that seals usefulness to closure system 5; Transfer system, it links together base system 1, heating system 2, bottle blowing system 3, bulking system 4, closure system 5, cover system 6 in turn, and transfer system is responsible for the transmission of bottle base 90, anchor clamps 18, bottle 91 and bottle cap.Employing according to collection base of the present utility model, bottle blowing, can, seal bottle placer into one, overcome since rom come lattice company
" bottle blowing-can-seal " three-in-one bottle placer of producing
Bottle producing process have the general character of extruder, promptly lack special blank-making technology, can produce the problems such as process residue that account for product weight (not comprising the liquid that adds bottle cap and can) about 20%, and then reach the effect of cost-cutting.
As shown in Figure 1, preferably, transfer system comprises the first transition rotating disk 71, first messenger chain 72, the second transition rotating disk 73, the 3rd transition rotating disk 74, the 4th transition rotating disk 75, second messenger chain 77, the 5th transition rotating disk 78, the 6th transition rotating disk 79, the 7th transition rotating disk 76, the 8th transition rotating disk 80, the 9th transition rotating disk 81 and bottle outlet rotating disk 82, driving system organically couples together base system 1, heating system 2, bottle blowing system 3, bulking system 4, cover system 6, closure system 5, becomes an organic whole.Transfer system comprises: the first transition rotating disk 71, and it is connected with base system 1, is used to spread out of base system 1 and takes the anchor clamps 18 of holding bottle base 90; First messenger chain 72, link to each other with the first transition rotating disk 71, and pass heating system 2, the part that first messenger chain 72 passes heating system 2 is provided with chain 721, take over from the first transition rotating disk 71 when first messenger chain 72 and to take the anchor clamps 18 during of holding bottle base 90 through heating systems 2, chain 721 drives takes anchor clamps 18 rotations of holding bottle base 90, and bottle base 90 is evenly heated, and first messenger chain 72 also has the effect that changes anchor clamps 18 spacings; The second transition rotating disk 73 is connected between first messenger chain 72 and the bottle blowing system 3, and the second transition rotating disk 73 is taken over from first messenger chain 72 and taken the anchor clamps 18 of holding bottle base 90, and it is sent into bottle blowing system 3; The 3rd transition rotating disk 74 links to each other with bottle blowing system 3, and it spreads out of from bottle blowing system 3 and takes the anchor clamps 18 of holding bottle 91; The 4th transition rotating disk 75 links to each other with the 3rd transition rotating disk 74, and takes over to take from the 3rd transition rotating disk 74 and holding bottle 91 anchor clamps 18, and bottle separates on the 4th transition rotating disk 75 with anchor clamps 18; Second messenger chain 77 links to each other with the 4th transition rotating disk 75, and spreads out of the effect that empty anchor clamps 18, the second messenger chains 77 also have change anchor clamps 18 spacings from it; The 5th transition rotating disk 78 links to each other with second messenger chain 77, and spreads out of empty anchor clamps 18 from it; The 6th transition rotating disk 79 is connected between the 5th transition rotating disk 78 and the base system 1, and the anchor clamps 18 of the 5th transition rotating disk 79 hollows are spread out of and pass back base system 1; The 7th transition rotating disk 76 links to each other with the 4th transition rotating disk 75, and takes over the bottle 91 that separates with anchor clamps 18 from the 4th transition rotating disk 75; The 8th transition rotating disk 80 is connected between the 7th transition rotating disk 76 and the bulking system 4, takes over bottle 91 from the 7th transition rotating disk 79, and sends bulking system 4 to; The 9th transition rotating disk 81 is connected between bulking system 4 and the closure system 5, and the bottle 91 of the good liquid of can in the bulking system 4 is spread out of and send to closure system 5; Bottle outlet rotating disk 82 links to each other with closure system 5, and bottle outlet rotating disk 82 is a double-layer rotary disc, and its lower floor rotating disk spreads out of the bottle sealed mouthful 91 and this equipment of sending from closure system 5, and its upper strata rotating disk then sends the lid that seals usefulness to closure system 5.
As shown in Figure 1, preferably, closure system 5 is made up of a plurality of unit that seal, and a plurality of unit that seal are circle distribution; And bulking system 4 is made up of a plurality of filling elements, and a plurality of filling elements are circle distribution.Preferably, closure system 5 adopts weldering to cover formula closure system or cap-rotating type closure system or gag formula closure system, like this, can select dissimilar closure systems as required, and practicality is good.
In conjunction with referring to Fig. 1, base system 1 continuously produces bottle base 90, the first transition rotating disk 71 is passed to first messenger chain 72 to the anchor clamps 18 that carry bottle base 90, when the anchor clamps 18 that carry bottle base 90 pass through heating systems 2, bottle base 90 is heated equably, the second transition rotating disk 73 is taken over the anchor clamps 18 that carry bottle base 90 from first messenger chain 72, bottle blowing system 1 is sent in rotation again, bottle blowing system 1 is blow molded into bottle 91 to bottle base 90, the 3rd transition rotating disk 74 is taken over the anchor clamps 18 that carry bottle 91 from bottle blowing system 3, the 4th transition rotating disk 75 is given in rotation again, and on the 4th transition rotating disk 75, bottle 91 separates with anchor clamps 18.It is that 1 system participates in producing bottle base 90 again that empty anchor clamps 18 enter base by second messenger chain 77, the 5th transition rotating disk 78 and the 6th transition rotating disk 79, bottle 91 then enters bulking system 4 by the 7th transition rotating disk 76 and the 8th transition rotating disk 80, on bulking system 4, poured into the liquid of suitable volume in the bottle 91.The bottle 91 of having irritated liquid is sent to closure system 5 by the 9th transition rotating disk 81 from bulking system 4,5 of closure systems enter the bottle 91 that installs liquid and seal, and the lid that seals usefulness then is a cover system 6 to be provided the upper strata rotating disk of the orderly lid of arrangement by bottle outlet rotating disk 82 to closure system 5.91 in the bottle that seals is sent on the bottle outlet rotating disk 82, and lower floor's rotating disk of bottle outlet rotating disk 82 is sent this equipment to the bottle 91 that seals.Like this, whole production technology is finished.
In conjunction with referring to Fig. 2, Fig. 3 and Fig. 4, preferably, base system 1 comprises: injecting systems 11 has the notes mouth 12 that is provided with down; Many first injection flow passages 15, it is horizontally disposed with, and the notes mouth 12 of injecting systems is positioned at the intersection of many first injection flow passages 15; Heating rod 13 is arranged on around many first injection flow passages 14; The bottle base forming die is arranged on the below of first injection flow passage 14, and is circle distribution, and it comprises, bottle base die cavity 17, anchor clamps 18, bottle base core 19; Second injection flow passage 15 is arranged between first injection flow passage 14 and the bottle base die cavity 17; Injection switch 16 is arranged on the runner of first injection flow passage 14 and second injection flow passage, 15 compositions.Injecting systems 12 is the many groups of bottle base moulds of being made up of bottle base die cavity 17, anchor clamps 18, bottle base core 19 injection of plastic one by one of circumference uniform distribution.First injection flow passage 14 of plastics can allow plastics keep suitable temperature in first injection flow passage 14 for being provided with the hot flow path of heating rod 13.An injection switching device 16 is arranged, according to the needs injection of base system 1 or stop injection in the process that single bottle base 90 is made.Single bottle base 90 manufacturing process are made up of four-stages such as matched moulds, injection moulding, cooling, die sinkings, and this four-stage is finished in the rotation continuously.
Preferably, injecting systems 11 vertical settings or be horizontally disposed with.As Fig. 2, Fig. 3 and shown in Figure 4, the injecting systems 11 vertical settings of continuous rotary base system 1, it is downward to annotate mouth 12, and radial many first injection flow passages 14 are for being horizontally disposed with, and the notes mouth 12 of injecting systems 11 is positioned at the intersection of first injection flow passage 14.Near first injection flow passage 14, be provided with heating rod 13, below the outer end of every first injection flow passage 14, correspondence is provided with the bottle base forming die of being made up of bottle base die cavity 17, anchor clamps 18, bottle base core 19 etc., be provided with second injection flow passage 16 at first injection flow passage 14 and 17 of bottle base die cavities, on second injection flow passage 16, be provided with injection switch 16, inject switch 16 certainly and also can be arranged on first injection flow passage 14.Each parts such as injecting systems 11, first injection flow passage 14 and bottle base forming die rotate synchronously.When the anchor clamps 18 that do not have bottle base 90 are sent into base system 1 by the 6th transition rotating disk 79, bottle base core 19, anchor clamps 18 rise, when forming the osed top die cavity with bottle base die cavity 17, injection switch 16 is opened, injecting systems 11 passes through first injection flow passage 14 to the plastics that melt, second injection flow passage 15 injects by bottle base core 19, anchor clamps 18, bottle base die cavity 17 is formed the osed top die cavity, after through setting-up time pressurize cooling, injection switch 16 cuts out, bottle base core 19 descends with different speed with anchor clamps 18, the bottle base 90 that makes leaves bottle base die cavity 17 with anchor clamps 18, bottle base core 19 also breaks away from bottle base 90, bottle base 90 is stayed on the anchor clamps 18, is taken out of base system 1 by the first transition rotating disk 71.Because whole base system 1 is rotation continuously, goes round and begins again, a plurality of bottle base die cavities of circle distribution are just made a large amount of bottle base 90 continuously.
As shown in Figure 5, preferably, heating system 2 comprises: ventilation system 21 is used for balanced bottle base 90 appearances and inherent temperature; Multilayer heating pipe 22, wherein every layer of heating pipe 22 all can be controlled separately, assurance bottle base appropriate heating about in the of 90, bottle base 90 is provided with the heating system 2 of right quantity in the way of carrying.The bottle base of making 90 passes from heating system 2 under the conveying of first conveyer chain 72, the heats that allows bottle base 90 obtain setting.Take the anchor clamps 18 of holding bottle base 90 by heating system 2 time, the axle core segment of anchor clamps 18 is rotations continuously, can guarantee that it takes bottle base 90 circumference of holding and evenly heat.Preferably, take the anchor clamps 18 of holding bottle base 90, when base, participate in the making of bottle base 90, when heating, be used to take and hold bottle base 90, when bottle blowing, participate in 30 work of stretch blow system through heating system 2.
As shown in Figure 6 and Figure 7, preferably, many groups bottle blowing unit of bottle blowing system 3 is circle distribution, and its bottle blowing unit comprises: folding modular system 30; Counterdie 31; Bottle blowing die cavity 32; Anchor clamps 18; Stretch blow system 33.Preferably, take the anchor clamps 18 of holding bottle base 90, when base, participate in the making of bottle base 90, when heating, be used for clamping bottle base 90, when bottle blowing, participate in 3 work of bottle blowing system through heating system 2.Preferably, single group bottle blowing mould 32 can be single chamber, also can be multi-cavity.
As Fig. 6, shown in Figure 7, the second transition rotating disk 73 will be taken the anchor clamps 18 of holding bottle base 90 and take out the bottle blowing unit of the bottle blowing system 3 that sends into continuous rotating operation again from first conveyer chain 72, bed die 31 is descending, folding modular system 30 closes, and 33 work of stretch blow system are to bottle base 90 stretchings and the air blowing of heating, behind the pressurize cooling and shaping, bottle blowing die cavity 32 is opened, and bed die 31 is up, and anchor clamps 18 are being taken the bottle 91 that makes and taken away by the 3rd transition rotating disk 74.This bottle blowing unit forwards the position that joins with the second transition rotating disk 73 again to, begins the new system bottle cycle.
As can be seen from the above description, the utility model the above embodiments have realized following technique effect:
Because adopt according to collection base of the present utility model, bottle blowing, can, seal the bottle placer into one, it has special base function, so overcome because rom comes lattice company
" bottle blowing-can-seal " three-in-one bottle placer of producing
Bottle producing process have the general character of extruder, promptly lack special blank-making technology, therefore, can produce the problems such as process residue that account for product weight (not comprising the liquid that adds bottle cap and can) about 20%, and then reach the effect of cost-cutting.
The above is a preferred embodiment of the present utility model only, is not limited to the utility model, and for a person skilled in the art, the utility model can have various changes and variation.All within spirit of the present utility model and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.
Claims (10)
1. one kind collects base, bottle blowing, can, seals the bottle placer into one, it is characterized in that, comprising:
Base system (1) is used to make bottle base (90);
Heating system (2) is used for the produced bottle base of described base system (1) (90) is heated again;
Bottle blowing system (3) is used for that the bottle base (90) after the heating is carried out stretch blow and becomes bottle (91);
Bulking system (4) is used for cleaned bottle (91) is carried out filling liquid;
Closure system (5) is used for the bottle (91) of the good liquid of can is sealed;
The lid that provides described closure system (5) used to bottle closure is provided cover system (6);
Transfer system, it links together described base system (1), heating system (2), bottle blowing system (3), bulking system (4), closure system (5), cover system (6) in turn, and described transfer system is responsible for the transmission of bottle base (90), anchor clamps (18), bottle (91) and bottle cap.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that described base system (1) comprising:
Injecting systems (11) has and extrudes function continuously, is provided with downward notes mouth (12);
Many first injection flow passages (14), it is horizontally disposed with, and the notes mouth (12) of described injecting systems (11) is positioned at the intersection of described many first injection flow passages (14);
Heating member (13) is arranged on described many first injection flow passages (14) on every side;
The bottle base forming die is arranged on the below of described first injection flow passage (14), and is circle distribution, and it comprises, bottle base die cavity (17), anchor clamps (18), bottle base core (19);
Second injection flow passage (15) is connected between described first injection flow passage (14) and the bottle base die cavity (17);
Injection switch (16) is arranged on the runner of described first injection flow passage (14) and second injection flow passage (15) composition.
According to the described collection base of claim 2, bottle blowing, can, seal bottle placer into one, it is characterized in that described injection switch (16) is arranged on described first injection flow passage (14) or described injection switch (16) is arranged on described second injection flow passage (15).
According to the described collection base of claim 2, bottle blowing, can, seal bottle placer into one, it is characterized in that described injecting systems (11) vertical setting or be horizontally disposed with.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that described heating system (2) comprising:
Multilayer heating pipe (22), wherein every layer of heating pipe (22) all can be controlled separately;
Ventilation system (21) is arranged on described multilayer heating pipe (22) on every side, is used to regulate the temperature on bottle base (23) top layer.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that described bottle blowing system (3) is made up of many groups bottle blowing unit, described many group bottle blowings unit is circle distribution, wherein, described bottle blowing unit comprises: folding modular system (30); Counterdie (31); Bottle blowing die cavity (32); Anchor clamps (18); Stretch blow system (33), bottle blowing system (3) are responsible for bottle base (90) is blow molded into bottle (91), and wherein, described bottle blowing die cavity (32) is single chamber or multi-cavity.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that, the described anchor clamps (18) of holding bottle base (90) of taking, when base, participate in the making of bottle base (90), when heating, be used to take and hold described bottle base (90) through described heating system (2), when bottle blowing, participate in stretch blow system (30) work.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that described closure system (5) is made up of a plurality of unit that seal, described a plurality of unit that seal are circle distribution; And described bulking system (4) is made up of a plurality of filling elements, and described a plurality of filling element is circle distribution.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that described closure system (5) adopts weldering to cover formula closure system or cap-rotating type closure system or gag formula closure system.
According to the described collection base of claim 1, bottle blowing, can, seal bottle placer into one, it is characterized in that described transfer system comprises:
The first transition rotating disk (71), it is connected with described base system (1), is used to spread out of described base system (1) and takes the anchor clamps (18) of holding bottle base (90);
First messenger chain (72), link to each other with the described first transition rotating disk (71), and pass described heating system (2), the part that described first messenger chain (72) passes described heating system (2) is provided with chain (721), when described first messenger chain (72) is taken over when taking the anchor clamps (18) of holding bottle base (90) through described heating systems (2) from the described first transition rotating disk (71), described chain (721) drives takes anchor clamps (18) rotation of holding bottle base (90), and bottle base (90) is evenly heated;
The second transition rotating disk (73), be connected between described first messenger chain (72) and the described bottle blowing system (3), the described second transition rotating disk (73) is taken over from described first messenger chain (72) and is taken the anchor clamps (18) of holding bottle base (90), and it is sent into described bottle blowing system (3);
The 3rd transition rotating disk (74) links to each other with described bottle blowing system (3), and it spreads out of from described bottle blowing system (3) and takes the anchor clamps (18) of holding bottle (91);
The 4th transition rotating disk (75) links to each other with described the 3rd transition rotating disk (74), and from described the 3rd transition rotating disk (74) take over take holding the bottle (91) anchor clamps (18), and the bottle (91) separate on the 4th transition rotating disk (75) with anchor clamps (18);
Second messenger chain (77) links to each other with described the 4th transition rotating disk (75), and spreads out of empty anchor clamps (18) from it;
The 5th transition rotating disk (78) links to each other with described second messenger chain (77), and spreads out of empty anchor clamps (18) from it;
The 6th transition rotating disk (79) is connected between described the 5th transition rotating disk (78) and the described base system (1), and the anchor clamps (18) of described the 5th transition rotating disk (79) hollow are spread out of and pass back more described base system (1);
The 7th transition rotating disk (76) links to each other with described the 4th transition rotating disk (75), and takes over the bottle (91) that separates with described anchor clamps (18) from the 4th transition rotating disk (75);
The 8th transition rotating disk (80) is connected between described the 7th transition rotating disk (76) and the described bulking system (4), takes over bottle (91) from described the 7th transition rotating disk (79), and sends described bulking system (4) to;
The 9th transition rotating disk (81) is connected between described bulking system (4) and the described closure system (5), and the bottle (91) of the good liquid of can in the described bulking system (4) is spread out of and send to described closure system (5);
Bottle outlet rotating disk (82), link to each other with described closure system (5), described bottle outlet rotating disk (82) is a double-layer rotary disc, and its lower floor's rotating disk spreads out of the bottle (91) of sealing mouth and this equipment of sending from described closure system (5), and its upper strata rotating disk then sends the lid that seals usefulness to described closure system (5).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202169343U CN201567223U (en) | 2009-09-25 | 2009-09-25 | Integrated filling machine combining blanking, bottle blowing, filling and sealing processes |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202169343U CN201567223U (en) | 2009-09-25 | 2009-09-25 | Integrated filling machine combining blanking, bottle blowing, filling and sealing processes |
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| CN201567223U true CN201567223U (en) | 2010-09-01 |
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| CN2009202169343U Expired - Lifetime CN201567223U (en) | 2009-09-25 | 2009-09-25 | Integrated filling machine combining blanking, bottle blowing, filling and sealing processes |
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| CN103318460A (en) * | 2013-07-16 | 2013-09-25 | 湖南千山制药机械股份有限公司 | Manufacturing device and method for container |
| WO2017144021A1 (en) * | 2016-02-26 | 2017-08-31 | 江苏新美星包装机械股份有限公司 | Blowing-filling-capping machine comprising bottle rejecting mechanism, and bottle rejecting mechanism |
| CN110092018A (en) * | 2019-04-24 | 2019-08-06 | 杭州中亚机械股份有限公司 | A kind of medical plastic infusion bottle blows potting fixture |
| CN114955034A (en) * | 2022-06-24 | 2022-08-30 | 湖北工业大学 | Bamboo salt filling production facility |
-
2009
- 2009-09-25 CN CN2009202169343U patent/CN201567223U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103318460A (en) * | 2013-07-16 | 2013-09-25 | 湖南千山制药机械股份有限公司 | Manufacturing device and method for container |
| CN103318460B (en) * | 2013-07-16 | 2015-01-14 | 湖南千山制药机械股份有限公司 | Manufacturing device and method for container |
| WO2017144021A1 (en) * | 2016-02-26 | 2017-08-31 | 江苏新美星包装机械股份有限公司 | Blowing-filling-capping machine comprising bottle rejecting mechanism, and bottle rejecting mechanism |
| CN110092018A (en) * | 2019-04-24 | 2019-08-06 | 杭州中亚机械股份有限公司 | A kind of medical plastic infusion bottle blows potting fixture |
| CN114955034A (en) * | 2022-06-24 | 2022-08-30 | 湖北工业大学 | Bamboo salt filling production facility |
| CN114955034B (en) * | 2022-06-24 | 2023-11-10 | 湖北工业大学 | Bamboo salt filling production facility |
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