CN101664995B - Filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing - Google Patents

Filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing Download PDF

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Publication number
CN101664995B
CN101664995B CN2009101772592A CN200910177259A CN101664995B CN 101664995 B CN101664995 B CN 101664995B CN 2009101772592 A CN2009101772592 A CN 2009101772592A CN 200910177259 A CN200910177259 A CN 200910177259A CN 101664995 B CN101664995 B CN 101664995B
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CN
China
Prior art keywords
system
bottle
rotating disk
embryo
anchor clamps
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Application number
CN2009101772592A
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Chinese (zh)
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CN101664995A (en
Inventor
艾良圣
Original Assignee
湖南千山制药机械股份有限公司
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Priority to CN2009101772592A priority Critical patent/CN101664995B/en
Publication of CN101664995A publication Critical patent/CN101664995A/en
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Publication of CN101664995B publication Critical patent/CN101664995B/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29CSHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C49/00Blow-moulding, i.e. blowing a preform or parison to a desired shape within a mould; Apparatus therefor
    • B29C49/02Combined blow-moulding and manufacture of the preform or the parison
    • B29C49/06Injection blow-moulding
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B67OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67CCLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
    • B67C7/00Concurrent cleaning, filling, and closing of bottles; Processes or devices for at least two of these operations
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29CSHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C49/00Blow-moulding, i.e. blowing a preform or parison to a desired shape within a mould; Apparatus therefor
    • B29C49/28Blow-moulding apparatus
    • B29C49/30Blow-moulding apparatus having movable moulds or mould parts
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B67OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67CCLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
    • B67C3/00Bottling liquids or semiliquids; Filling jars or cans with liquids or semiliquids using bottling or like apparatus; Filling casks or barrels with liquids or semiliquids
    • B67C3/02Bottling liquids or semiliquids; Filling jars or cans with liquids or semiliquids using bottling or like apparatus
    • B67C3/22Details
    • B67C2003/227Additional apparatus related to blow-moulding of the containers, e.g. a complete production line forming filled containers from preforms

Abstract

The invention provides a filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing, comprising a blanking system, a heating system, a bottle blowing system, a cleaning system, a filling system, a sealing system, a covering system and a delivery system wich connects the blanking system, the heating system, the bottle blowing system, the cleaning system, the filling system, the sealing system and the covering system sequentially together; by adopting the filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing, the problem that when the bottle blowing system is used, compression air for blowing bottle can be mixed with particles to pollute the bottle by using the blanking-bottle blowing-filling-sealing four-in-one machine manufactured by Hunan CHINASUN pharmaceutical machinery Co.,Ltd. is solved, thereby achieving the effect that the manufactured bottle is clean.

Description

Collection is made embryo, bottle blowing, cleaning, can, is sealed the bottle placer into one

Technical field

The present invention relates to a kind of collect the system embryo, bottle blowing, cleaning, can, seal bottle placer into one.

Background technology

The similar equipment of performance is " system embryo-bottle blowing-can-seal " four unification bottle placers that Qianshan Pharmaceutical Machinery Co., Ltd., Hunan produces in the existing plastic bottle packing field; Its production technology is: produce required bottle embryo with plastic extrusion system earlier; Suitably heat the bottle embryo that does not have cooling fully more then, the bottle indusium after the heating is delivered to the bottle blowing system, and the bottle blowing system is blow molded into bottle to the bottle embryo; Blow good bottle and deliver to bulking system again; Bulking system advances empty bottle to filling liquid, and the bottle of the good liquid of can is sent to closure system again, and closure system seals the bottle of the good liquid of can.

The inventor finds possibly have following problem in the prior art: because " system embryo-bottle blowing-can-seal " four unification bottle placers that Qianshan Pharmaceutical Machinery Co., Ltd., Hunan produces; When it carried out bottle blowing in the bottle blowing system, the compressed air that bottle blowing is used may be brought particulate into and make bottle contaminated.

Summary of the invention

The present invention aim to provide a kind of collect the system embryo, bottle blowing, cleaning, can, seal bottle placer into one; Can solve because " system embryo-bottle blowing-can-seal " four unification bottle placers that Qianshan Pharmaceutical Machinery Co., Ltd., Hunan produces; When it carried out bottle blowing in the bottle blowing system, the compressed air that bottle blowing is used may be brought particulate into and make bottle problem such as contaminated.

In an embodiment of the present invention, provide a kind of and collect system embryo, bottle blowing, cleaning, can, sealed the bottle placer into one, comprising: system embryonal system system is used for making a bottle embryo; Heating system is used for the bottle embryo that controlling is created to the system embryonal system and heats; The bottle blowing system is used for carrying out stretch blow to the bottle embryo after the heating and becomes bottle; Purging system is used for the particulate that the washer bottle inwall adsorbs; 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; Cover system is used to the bottle cap that provides closure system used to bottle closure; Transfer system, it will make embryonal system system, heating system, bottle blowing system, purging system, bulking system, closure system, cover system, link together in order, and transfer system will be responsible for the transmission of a bottle embryo, anchor clamps, bottle and bottle cap.

Preferably, system embryonal system turnkey is drawn together: 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; Bottle embryo forming mould is arranged on the below of first injection flow passage, and is circle distribution, and it comprises, bottle embryonic type chamber, anchor clamps, bottle embryonic type core; Second injection flow passage is connected between first injection flow passage and the bottle embryonic type chamber; 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 tube, and wherein every layer of heating tube all can be controlled separately; Ventilating system is arranged on around the multilayer heating tube, is used to regulate the temperature of bottle periblast.

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; Stretch blow system, bottle blowing system are responsible for being blow molded into bottle to the bottle embryo, and wherein, the bottle blowing die cavity is single chamber or multi-cavity.

Preferably, take the anchor clamps of holding bottle embryo, when the system embryo, participate in the making of bottle embryo, when heating, be used to take and hold bottle embryo, 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, purging system is ion wind purging system or water purging system.

Preferably, closure system is that formula closure system or cap-rotating type closure system or gag formula closure system are covered in weldering.

Preferably, transfer system comprises: the first transition rotating disk, and it is connected with system embryonal system system, is used to spread out of system embryonal system system and takes the anchor clamps of holding the bottle embryo; First driving-chain; Link to each other with the first transition rotating disk, and pass heating system, the part that first driving-chain passes heating system is provided with chain; When first driving-chain from the first transition rotating disk take over take holding the bottle embryo anchor clamps when the heating system; Chain drive is taken the anchor clamps rotation of holding bottle embryo, and the bottle indusium evenly heats, and first driving-chain also has the effect that changes spacing jig; The second transition rotating disk is connected between first driving-chain and the bottle blowing system, and the second transition rotating disk is taken over from first driving-chain and taken the anchor clamps of holding the bottle embryo, 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 takes over from the 3rd transition rotating disk and to take the anchor clamps of holding bottle, and bottle separates on the 4th transition rotating disk with anchor clamps, spreads out of empty anchor clamps again; Second driving-chain links to each other with the 4th transition rotating disk, and spreads out of empty anchor clamps from it, and second driving-chain also has the effect that changes spacing jig, can make system embryonal system system take less space; The 5th transition rotating disk links to each other with second driving-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 system embryonal system system, spreads out of and pass back system embryonal system system to the anchor clamps of the 5th transition rotating disk hollow; 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 purging system, takes over bottle from the 7th transition rotating disk, and sends purging system to; The 9th transition rotating disk is connected between purging system and the bulking system, spreads out of and send to bulking system to bottle cleaned in the purging system; The tenth transition rotating disk is connected between bulking system and the closure system, spreads out of and send to closure system to the bottle of the good liquid of can in the bulking 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 seeing off from closure system, and its upper strata rotating disk then sends the lid that seals usefulness to closure system.

Because adopt according to collection system embryo of the present invention, bottle blowing, cleaning, can, seal bottle placer into one; It has particular structural; So overcome because " system embryo-bottle blowing-can-seal " four unification bottle placers that Qianshan Pharmaceutical Machinery Co., Ltd., Hunan produces; When it carried out bottle blowing in the bottle blowing system, the compressed air that bottle blowing is used may be brought particulate into and make bottle problem such as contaminated, and then has reached the clean effect of bottle sanitation of making.

Description of drawings

Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, and illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:

Fig. 1 has schematically shown the process structure of one embodiment of the invention;

Structure when Fig. 2 has schematically shown the system embryonal system system work of one embodiment of the invention;

Structure when Fig. 3 has schematically shown the molded embryo of the system embryonal system integration of one embodiment of the invention;

Structure when Fig. 4 has schematically shown the good embryo of system embryonal system controlling of one embodiment of the invention and opened matched moulds;

Fig. 5 has schematically shown the work structuring of the heating furnace of one embodiment of the invention;

Structure when Fig. 6 has schematically shown the bottle blowing system stretching bottle blowing of one embodiment of the invention;

Structure when the bottle blowing system system bottle that Fig. 7 has schematically shown one embodiment of the invention finishes.

The specific embodiment

Below with reference to accompanying drawing and combine embodiment, specify the present invention.

Fig. 1 has schematically shown the process structure of one embodiment of the invention.In conjunction with referring to Fig. 2-7, as shown in the figure, in an embodiment of the present invention, provide a kind of and collected system embryo, bottle blowing, cleaning, can, sealed bottle placer into one, it comprises: system embryonal system system 1 is used for making a bottle embryo 98; Heating system 2, when the bottle embryo of processing 98 passed through heating system 2, a bottle embryo 98 obtained suitable heating, to be suitable for being blow molded into bottle 99 to a bottle embryo 98; Bottle blowing system 3 is used for being blow molded into bottle 99 to the bottle embryo 98 after the heating; Purging system 4 is used for the particulate that washer bottle 99 inwalls adsorb, and wherein, preferably, purging system 5 is ion wind purging system or water purging system; Bulking system 5 is used for bottle 99 is carried out filling liquid; Closure system 6 is used for the bottle 99 of the good liquid of can is sealed; Cover system 7 comprises lid treatment device and send and builds guide rail, is used for the bottle cap arrangement in order, and to closure system 6 bottle cap that seals usefulness is provided; Transfer system, it will make embryonal system system 1, heating system 2, bottle blowing system 3, purging system 4, bulking system 5, closure system 6, cover system 7, link together in order, and transfer system will be responsible for the transmission of bottle embryo 98, anchor clamps 18, bottle 99 and bottle cap.Employing according to collection system embryo of the present invention, bottle blowing, cleaning, can, seal bottle placer into one; It possesses has the function of cleaning to blowing good empty bottle; Overcome because " system embryo-bottle blowing-can-seal " four unification bottle placers that Qianshan Pharmaceutical Machinery Co., Ltd., Hunan produces; When it carried out bottle blowing in the bottle blowing system, the compressed air that bottle blowing is used may be brought particulate into and make bottle problem such as contaminated, and then has reached the clean effect of bottle sanitation of making.

As shown in Figure 1; Preferably; Transfer system comprises the first transition rotating disk 81, first driving-chain 82, the second transition rotating disk 83, the 3rd transition rotating disk 84, the 4th transition rotating disk 85, second driving-chain 86, the 5th transition rotating disk 87, the 6th transition rotating disk 88, the 7th transition rotating disk 89, the 8th transition rotating disk 90, the 9th transition rotating disk 91, the tenth transition rotating disk 92 and bottle outlet rotating disk 93; Transmission system organically couples together system embryonal system system 1, heating system 2, bottle blowing system 3, bulking system 5, purging system 6, cover system 7, closure system 6, becomes an organic whole.Transfer system comprises: the first transition rotating disk 81, and it is connected with system embryonal system system 1, is used to spread out of system embryonal system system 1 and takes the anchor clamps 18 of holding bottle embryo 98; First driving-chain 82; Link to each other with the first transition rotating disk 81, and pass the part that heating system 2, the first driving-chains 82 pass heating system 2 and be provided with chain 821; Take over from the first transition rotating disk 81 when first driving-chain 82 and to take the anchor clamps 18 during of holding bottle embryo 98 through heating systems 2; Chain 821 drives takes anchor clamps 18 rotations of holding bottle embryo 98, and bottle embryo 98 is by evenly heating, and first driving-chain 82 also has the effect that changes anchor clamps 18 spacings; The second transition rotating disk 83 is connected between first driving-chain 82 and the bottle blowing system 3, and the second transition rotating disk 83 is taken over from first driving-chain 82 and taken the anchor clamps 18 of holding bottle embryo 98, and it is sent into bottle blowing system 3; The 3rd transition rotating disk 84 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 99; The 4th transition rotating disk 85 links to each other with the 3rd transition rotating disk 84, and takes over to take from the 3rd transition rotating disk 84 and holding bottle 99 anchor clamps 18, and bottle separates on the 4th transition rotating disk 85 with anchor clamps 18, spreads out of empty anchor clamps 18 again; Second driving-chain 86 links to each other with the 4th transition rotating disk 85, and spreads out of the effect that empty anchor clamps 18, the second driving-chains 86 also have change anchor clamps 18 spacings from it, can make system embryonal system system 1 take less space; The 5th transition rotating disk 87 links to each other with second driving-chain 86, and spreads out of empty anchor clamps 18 from it; The 6th transition rotating disk 88 is connected between the 5th transition rotating disk 87 and the system embryonal system system 1, spreads out of and pass back system embryonal system system 1 to the anchor clamps 18 of the 5th transition rotating disk 87 hollows; The 7th transition rotating disk 89 links to each other with the 4th transition rotating disk 85, and takes over the bottle 99 that separates with anchor clamps 18 from the 4th transition rotating disk 85; The 8th transition rotating disk 90 is connected between the 7th transition rotating disk 89 and the purging system 4, takes over bottle 99 from the 7th transition rotating disk 89, and sends purging system 4 to; The 9th transition rotating disk 91 is connected between purging system 4 and the bulking system 5, spreads out of and send to bulking system 5 to bottle 99 cleaned in the purging system 5; The tenth transition rotating disk 92 is connected between bulking system 5 and the closure system 6, spreads out of and send to closure system 6 to the bottle 99 of the good liquid of can in the bulking system 5; Bottle outlet rotating disk 93 links to each other with closure system 6, and bottle outlet rotating disk 93 is a double-layer rotary disc, and its lower floor rotating disk spreads out of the bottle of sealing mouthful 99 and this equipment of seeing off from closure system 6, and its upper strata rotating disk then sends the lid that seals usefulness to closure system 6.Pass on the dish on 99 upper stratas that are sent on the bottle outlet rotating disk of bottle that seal, and bottle outlet rotating disk 93 is seen the bottle that seals off this equipment.Like this, whole production technology is accomplished.

As shown in Figure 1, preferably, closure system 6 is made up of a plurality of unit that seal, and a plurality of unit that seal are circle distribution; And bulking system 5 is made up of a plurality of filling elements, and a plurality of filling elements are circle distribution.Preferably, closure system 6 adopts weldering to cover that formula is sealed or cap-rotating type seals or the gag formula is sealed, and like this, can select dissimilar sealing as required, and practicality is good.

In conjunction with referring to Fig. 1, system embryonal system system 1 continuously produces bottle embryo 98, the first transition rotating disks 81 and passes to first driving-chain 82 to the anchor clamps 18 that carry bottle embryo 98; When the anchor clamps that carry bottle embryo 98 18 process heating systems 2, bottle embryo 98 is by heating equably, and the second transition rotating disk 83 is taken over the anchor clamps 18 that carry bottle embryo 98 from first driving-chain 82; Bottle blowing system 1 is sent in rotation again; Bottle blowing system 1 is blow molded into bottle 99, the three transition rotating disks 84 to bottle embryo 98 and takes over the anchor clamps 18 that carry bottle 99 from bottle blowing system 3, and the 4th transition rotating disk 85 is given in rotation again; On the 4th transition rotating disk 85, bottle 99 separates with anchor clamps 18.Empty anchor clamps 18 get into system embryonal systems 1 system through second driving-chain 86, the 5th transition rotating disk 87 and the 6th transition rotating disk 88 and participate in producing a bottle embryo 98 again; Bottle 99 then gets into purging system 4 through the 7th transition rotating disk 89 and the 8th transition rotating disk 90, and 4 waters of purging system or other cleansing medium clean bottle 99 inwalls; 91 of the 9th transition rotating disks are sent to bulking system 5 to cleaned bottle 99 from cleaning rotating disk 4; On bulking system 5, poured into the liquid of suitable volume in the bottle 99.The bottle 99 that can is good is sent to closure system 6 through the tenth transition rotating disk 92 from bulking system 5; 6 of closure systems seal the good bottle 99 of can, and the lid that seals usefulness then is a cover system 7 to be provided the upper strata rotating disk of the orderly lid of arrangement through bottle outlet rotating disk 93 to closure system 6.Pass on the dish on 99 upper stratas that are sent on the bottle outlet rotating disk of bottle that seal, and bottle outlet rotating disk 93 is seen the bottle that seals off this equipment.

In conjunction with referring to Fig. 2, Fig. 3 and Fig. 4, preferably, system embryonal system 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; Bottle embryo forming mould is arranged on the below of first injection flow passage 14, and is circle distribution, and it comprises, bottle embryonic type chamber 17, anchor clamps 18, bottle embryonic type core 19; Second injection flow passage 15 is arranged between first injection flow passage 14 and the bottle embryonic type chamber 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 many groups of the circumference uniform distribution blank bottle molds of being made up of bottle embryonic type chamber 17, anchor clamps 18, bottle embryonic type core 19 injection of plastic one by one.First injection flow passage 14 of plastics can let plastics in first injection flow passage 14, keep suitable temperature for being provided with the hot flow path of heating rod 13.In the process that single bottle embryo 98 is made an injection switching device 16 is arranged, according to the needs injection of system embryonal system system 1 or stop injection.Single bottle embryo 98 manufacturing process are made up of four-stages such as matched moulds, injection moulding, cooling, die sinkings, and this four-stage is accomplished in the rotation continuously.

Preferably, injecting systems 11 vertical settings or be horizontally disposed with.Like Fig. 2, Fig. 3 and shown in Figure 4, the injecting systems 11 vertical settings of continuous rotary system embryonal system 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 embryo forming mould of being made up of bottle embryonic type chamber 17, anchor clamps 18, bottle embryonic type core 19 etc.; Be provided with second injection flow passage 16 at first injection flow passage 14 and 17 in bottle embryonic type chamber; 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 embryo forming mould rotate synchronously.Being sent into the system embryonal system when the anchor clamps that do not have bottle embryo 98 18 by the 6th transition rotating disk 88 unites 1 the time; Bottle embryonic type core 19, anchor clamps 18 rise, and when forming the die cavity of sealing with bottle embryonic type chamber 17, injection switch 16 is opened; Injecting systems 11 injects the plastics that melt by bottle embryonic type core 19, anchor clamps 18, a bottle embryonic type chamber 17 and forms the die cavity that seals through first injection flow passage 14, second injection flow passage 15; After through setting-up time pressurize cooling, injection switch 16 cuts out, and bottle embryonic type core 19 descends with different speed with anchor clamps 18; The bottle embryo 98 that makes leaves a bottle embryonic type chamber 17 with anchor clamps 18; Bottle embryonic type core 19 also breaks away from bottle embryo 98, and bottle embryo 98 is stayed on the anchor clamps 18, is taken out of system embryonal system system 1 by the first transition rotating disk 81.Because whole system embryonal system system 1 is rotation continuously, to go round and begin again, a large amount of bottle embryos 98 is just made in a plurality of bottles of embryonic type chambeies of circle distribution continuously.

As shown in Figure 5, preferably, heating system 2 comprises: ventilating system 21 is used for balanced bottle embryo 98 appearances and inherent temperature; Multilayer heating tube 22, wherein every layer of heating tube 22 all can be controlled separately, assurance bottle embryo appropriate heating about in the of 98, bottle embryo 98 is provided with the heating system 2 of right quantity in the way of carrying.The bottle embryo of making 98 passes the heats that lets bottle embryo 98 obtain setting from heating system 2 under the conveying of first conveyer chain 82.Take the anchor clamps 18 of holding bottle embryo 98 through heating system 2 time, the axle core segment of anchor clamps 18 is rotations continuously, can guarantee that its institute takes bottle embryo 98 circumference of holding and evenly heats.Preferably, take the anchor clamps 18 of holding bottle embryo 98, when the system embryo, participate in the making of bottle embryo 98, when heating, be used to take and hold bottle embryo 98, when bottle blowing, participate in 30 work of stretch blow system through heating system 2.

Like Fig. 6 and shown in 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 embryo 98, when the system embryo, participate in the making of bottle embryo 98, when heating, be used for clamping bottle embryo 98, 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.

Like Fig. 6, shown in Figure 7, the second transition rotating disk 83 will be taken the anchor clamps 18 of holding bottle embryo 98 and take out the bottle blowing unit of the bottle blowing system 3 that sends into continuous rotating operation again from first conveyer chain 82, and bed die 31 is descending; Folding modular system 30 closes, and 33 work of stretch blow system are to 98 stretchings of bottle embryo 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 99 that makes and taken away by the 3rd transition rotating disk 84.This bottle blowing unit forwards the position that joins with the second transition rotating disk 83 again to, begins the new system bottle cycle.

From above description, can find out that the above embodiments of the present invention have realized following technique effect:

Because adopt according to collection system embryo of the present invention, bottle blowing, cleaning, can, seal bottle placer into one; It possesses has the function of cleaning to blowing good empty bottle; So overcome because " system embryo-bottle blowing-can-seal " four unification bottle placers that Qianshan Pharmaceutical Machinery Co., Ltd., Hunan produces; When it carried out bottle blowing in the bottle blowing system, the compressed air that bottle blowing is used may be brought particulate into and make bottle problem such as contaminated, and then has reached the clean effect of bottle sanitation of making.

The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.All within spirit of the present invention and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (9)

  1. One kind collect the system embryo, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that, comprising:
    System embryonal system system (1) is used for making bottle embryo (98);
    Heating system (2) is used for said system embryonal system system (1) produced bottle embryo (98) is heated again;
    Bottle blowing system (3) is used for carrying out stretch blow to the bottle embryo (98) after the heating and becomes bottle (99);
    Purging system (4) is used for the particulate that washer bottle (99) inwall adsorbs, and said purging system (4) is ion wind purging system or water purging system;
    Bulking system (5) is used for cleaned bottle (99) is carried out filling liquid;
    Closure system (6) is used for the bottle (99) of the good liquid of can is sealed;
    Cover system (7) is used to the lid that provides said closure system (6) used to bottle closure;
    Transfer system; Its with said system embryonal system unite (1), heating system (2), bottle blowing system (3), purging system (4), bulking system (5), closure system (6), cover system (7) link together in order, and said transfer system is responsible for the transmission of a bottle embryo (98), anchor clamps (18), bottle (99) and bottle cap;
    Said transfer system comprises:
    The first transition rotating disk (81), its with said system embryonal system unite (1) be connected, be used to spread out of said system embryonal system system (1) and take anchor clamps (18) of holding bottle embryo (98);
    First driving-chain (82); Link to each other with the said first transition rotating disk (81); And pass said heating system (2), the part that said first driving-chain (82) passes said heating system (2) is provided with chain (821), when said first driving-chain (82) from the said first transition rotating disk (81) take over take holding bottle embryo (98) anchor clamps (18) through said heating systems when (2); Said chain (821) drives takes anchor clamps (18) rotation of holding a bottle embryo (98); Bottle embryo (98) is by evenly heating, and said first driving-chain (82) also has the effect of change anchor clamps (18) spacing, with suitable bottle blowing system (3) bottle blowing;
    The second transition rotating disk (83); Be connected between said first driving-chain (82) and the said bottle blowing system (3); The said second transition rotating disk (83) is taken over from said first driving-chain (82) and is taken the anchor clamps (18) of holding bottle embryo (98), and it is sent into said bottle blowing system (3);
    The 3rd transition rotating disk (84) links to each other with said bottle blowing system (3), and it spreads out of from said bottle blowing system (3) and takes the anchor clamps (18) of holding bottle (99);
    The 4th transition rotating disk (85); Link to each other with said the 3rd transition rotating disk (84); And from said the 3rd transition rotating disk (84) take over take holding the bottle (99) anchor clamps (18), and the bottle (99) separate on the 4th transition rotating disk (85) with anchor clamps (18), spread out of again the sky anchor clamps (18);
    Second driving-chain (86) links to each other with said the 4th transition rotating disk (85), and spreads out of empty anchor clamps (18) from it, and said second driving-chain (86) also has the effect of change anchor clamps (18) spacing, can make system embryonal system system (1) take less space;
    The 5th transition rotating disk (87) links to each other with said second driving-chain (86), and spreads out of empty anchor clamps (18) from it;
    The 6th transition rotating disk (88) is connected between said the 5th transition rotating disk (87) and the said system embryonal system system (1), spreads out of and pass back more said system embryonal system system (1) to the anchor clamps (18) of said the 5th transition rotating disk (87) hollow;
    The 7th transition rotating disk (89) links to each other with said the 4th transition rotating disk (85), and takes over the bottle (99) that separates with said anchor clamps (18) from the 4th transition rotating disk (85);
    The 8th transition rotating disk (90) is connected between said the 7th transition rotating disk (89) and the said purging system (4), takes over bottle (99) from said the 7th transition rotating disk (89), and sends purging system (4) to;
    The 9th transition rotating disk (91) is connected between said purging system (4) and the said bulking system (5), spreads out of and send to said bulking system (5) to bottle (99) cleaned in the said purging system (4);
    The tenth transition rotating disk (92) is connected between said bulking system (5) and the said closure system (6), spreads out of and send to said closure system (6) to the bottle (99) of the good liquid of can in the said bulking system (5);
    Bottle outlet rotating disk (93); Link to each other with said closure system (6); Said bottle outlet rotating disk (93) is a double-layer rotary disc, and its lower floor's rotating disk spreads out of and see off said bottle placer to the bottle (99) of sealing mouth from said closure system (6), and its upper strata rotating disk then sends the lid that seals usefulness to said closure system (6).
  2. According to the said collection system embryo of claim 1, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that said system embryonal system 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 said injecting systems (11) is positioned at the intersection of said many first injection flow passages (14);
    Heating member (13) is arranged on said many first injection flow passages (14) on every side;
    Bottle embryo forming mould (17,18,19) is arranged on the below of said first injection flow passage (14), and is circle distribution, and it comprises, bottle embryonic type chamber (17), anchor clamps (18), bottle embryonic type core (19);
    Second injection flow passage (15) is connected between said first injection flow passage (14) and the bottle embryonic type chamber (17);
    Injection switch (16) is arranged on the runner of said first injection flow passage (14) and second injection flow passage (15) composition.
  3. According to the said collection system embryo of claim 2, bottle blowing, cleaning, can, seal bottle placer into one; It is characterized in that said injection switch (16) is arranged on said first injection flow passage (14) or said injection switch (16) is arranged on said second injection flow passage (15).
  4. According to the said collection system embryo of claim 2, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that said injecting systems (11) vertical setting or be horizontally disposed with.
  5. According to the said collection system embryo of claim 1, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that said heating system (2) comprising:
    Multilayer heating tube (22), wherein every layer of heating tube (22) all can be controlled separately;
    Ventilating system (21) is arranged on said multilayer heating tube (22) on every side, is used for regulating the temperature on bottle embryo (23) top layer.
  6. According to the said collection system embryo of claim 1, bottle blowing, cleaning, can, seal bottle placer into one; It is characterized in that said bottle blowing system (3) is made up of many groups bottle blowing unit, said many group bottle blowings unit is circle distribution; Wherein, said 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 being blow molded into bottle (99) to bottle embryo (98), and wherein, said bottle blowing die cavity (32) is single chamber or multi-cavity.
  7. According to the said collection system embryo of claim 1, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that the said anchor clamps (18) of holding a bottle embryo (98) of taking; When the system embryo; Participate in the making of bottle embryo (98), when heating, be used to take and hold said bottle embryo (98) through said heating system (2); When bottle blowing, participate in stretch blow system (30) work.
  8. According to the said collection system embryo of claim 1, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that said closure system (6) is made up of a plurality of unit that seal, said a plurality of unit that seal are circle distribution; And said bulking system (5) is made up of a plurality of filling elements, and said a plurality of filling element is circle distribution.
  9. According to the said collection system embryo of claim 1, bottle blowing, cleaning, can, seal bottle placer into one, it is characterized in that said closure system (6) covers formula closure system or cap-rotating type closure system or gag formula closure system for weldering.
CN2009101772592A 2009-09-28 2009-09-28 Filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing CN101664995B (en)

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CN2009101772592A CN101664995B (en) 2009-09-28 2009-09-28 Filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing
PCT/CN2009/074905 WO2011035504A1 (en) 2009-09-28 2009-11-11 Filling machine

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