CN102320543A - Package production line for drinking liquid - Google Patents

Package production line for drinking liquid Download PDF

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Publication number
CN102320543A
CN102320543A CN2011101081144A CN201110108114A CN102320543A CN 102320543 A CN102320543 A CN 102320543A CN 2011101081144 A CN2011101081144 A CN 2011101081144A CN 201110108114 A CN201110108114 A CN 201110108114A CN 102320543 A CN102320543 A CN 102320543A
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bottle
production line
bactericidal agent
packaging production
cleaning
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CN2011101081144A
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CN102320543B (en
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张敦杰
王锦阳
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Beijing Zhouji Resource Environmental Protection Technology Co.,Ltd.
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张敦杰
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Priority to CN201110108114.4A priority Critical patent/CN102320543B/en
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Publication of CN102320543B publication Critical patent/CN102320543B/en
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Abstract

The invention relates to a package production line for drinking liquid, which at least comprises a cleaning machine, an empty bottle checking machine, a filling machine and a capping machine, a wine checking device, a labeling machine, a label checking device and a case filling machine, which are connected sequentially through a conveying chain passageway, and a cleaning and sterilizing system. The cleaning and sterilizing system comprises a cleaning agent and bactericide preparing device, a plurality of nozzles, a connecting pipeline, a pressurizing device and a control device, wherein the cleaning agent and bactericide preparing device is used for preparing cleaning agent and bactericide for cleaning and sterilizing; the nozzles are arranged at different positions of the package production line and are used for non-stop cleaning and sterilizing the package production line and a surrounding device environment; the nozzles are respectively connected with the connecting pipeline, and the connecting pipeline is connected with the cleaning agent and bactericide preparing device; the pressurizing device is used for supplying pressure for the connecting pipeline; and the control device is electrically connected with the cleaning agent and bactericide preparing device, the nozzles and the pressurizing device in order to control the preparation and the storage of the cleaning agent and the bactericide and the spraying motion, the time and the intensity of the nozzles.

Description

The packaging production line of drinkable liquid
Technical field
The present invention relates to the can field of drinkable liquid, particularly relate to a kind of packaging production line that is equipped with the drinkable liquid of cleaning and disinfection system.
Background technology
Along with the progress of the development of society and science and technology, the customer requires increasingly high to the quality (comprise hygienic quality and drink mouthfeel) of bottled water, beverage and drinks, so the cleaning and the sterilization of this type drinkable liquid packaging production line are also more and more important.
With current beer industry is example, and the packing production of beer is with high content of technology in the whole Beer Production overall process, the key link that quality influence is responsive.Beer Production is dosed into pure mellow wine from Fructus Hordei Germinatus and filters and to have accomplished the overall process that determines its inherent quality, and the highest aim of beer packing production technology is in implementing packaging process, and the loss of beer inherent quality is reduced to minimum degree.In view of this, brewing industry packing Technical facilities in production technology in all production facilitiess of brewery is the most complicated, and investment is maximum, and management expectancy is the highest.Normally used filling apparatus is divided into by packaged form; With the supporting filling apparatus of bottled beer manufacturing line; With the supporting filling apparatus of barreled draft beer, with supporting filling apparatus of canned beer or the like, these filling apparatus all are tailored version equipment; It includes bottle placer, capping machine at least and is its conveyor line of carrying the conveyer chain road of bottle and forming continuous operation, and the degree to the environment asepticize all has certain requirement in the process of producing.The biochemical sensivity of beer is relevant with several factors: like pH value, wheat juice content, oxygen content, CO 2Content, amaroid content and alcohol content etc.The alcohol content of beer is low, and wheat juice content is usually higher, and is contaminated especially easily, especially in the regional secondary pollution of can.When sending bottle placer to carry out can, pass through delivery duct, valve, wine vat, filling valve through the beer of cold sterilization, the bottle that has poured into beer is in being sent to the way of capping machine, and beer is exposed in the air, and all there is the possibility of secondary pollution in this.
The bottle of cleaning is transported to bottle cleaning machine from bottle washing machine, and the time of conveying and distance are all longer, and bottleneck opens wide, the bottle end, body with conveyor chain, railing, advance a bottle spiral and contact, bottle possibly polluted once again.Research shows, because wine liquid spills and to swash when steeping beer foam excessive during broken bottle, makes bottle placer flat-bed metal sheet face become the most serious contaminated zone.Empty bottle to be filled in addition gets into the process of the bottle of bottle placer and the intact beer of can through conveyer chain road entering capping machine through the conveyer chain road, and bottle and conveyer chain road do not have the screen cover usually in short range protects, and bottle and beer all very easily receive secondary pollution.
In addition, the star-wheel of bottle placer surface, centering device, bottle supporting cylinder bottle supporting plate, the crownewr head that advances a bottle spiral, conveyer chain road and capping machine, star-wheel, bottle cap lower cover passage etc. all are the pollution positions.
The technical measures that prevent secondary pollution are that strict control can zone, filling apparatus are so that the sanitary condition of racking room; In time causing beer rotten harmful bacterium and bacterium capsule to be killed; Prevent that secondary pollution from working the mischief, this is a beer, especially the key of draft beer sterile filling.
With the supporting filling apparatus of bottled beer packaging production line is example, and Fig. 1 is the scheme drawing of common bottled beer packaging production line.In this packaging production line; The empty bottle that comes out from bottle washing machine gets into bottle placer after checking, come out from capping machine then, gets into subsequent packages programs such as testing wine; In addition; For the baling line of producing bottled beer, also need before testing wine, use sterilization machine to carry out pasteurization, but not show this sterilization machine in the drawings.
As shown in Figure 3, be surrounded with tens of identical bottle supporting mechanism extremely up to a hundred on the bottle placer, the corresponding filling element 73 of each bottle supporting mechanism, filling element includes filling valve, and cooresponding centering device is arranged.Along with the rotation of bottle placer, bottle is placed in the bottle placer bottle supporting mechanism.When bottle supporting mechanism was lifted to the can valve port with bottle, pouring process began.Can finishes back bottle supporting mechanism and can bottle be reduced to see the output star-wheel off.Swash the foam nozzle and be positioned at the top that bottle placer is exported star-wheel.Before bottle was sent to capping machine, nozzle can inject the aseptic stream of warm water of accurate level pressure for the bottle on the star-wheel, in the bottle neck, swashed foam, to reduce before the gland oxygen in the residual air in the bottle as far as possible.Bottle is delivered to capping machine by the conveyer chain road then.
The can order is taken out/inflated to bottle and controlled by each cam mechanism that is looped around on the bottle placer control loop on every side opportunity.Through the cam position around the adjusting control ring, can obtain each required valve operation order and the opening and closing opportunity that is input into star-wheel and exports each gas of the position control/liquid valve of star-wheel according to bottle placer.
Can find out that from said process the key position of sterilization is in this section of can to gland.According to general-duty production procedure and to the requirement of environment asepticize in the industry now; Basically be bottle placer after every operation a period of time (for example 4 hours; Because of season or product or manufacturing line difference), just to shut down bottle placer, capping machine and peripheral equipment environment are cleaned and sterilization, by CIP (Cleaning In Place; Original position is cleaned) system; Soda acid program cleaning and sterilization and the flushing of high pressure sterile water are carried out in relevant position to bottle placer such as platform, star-wheel, a defeated bottle chain road, filling valve outside, centering device, bottle supporting mechanism and capping machine, and each cleaning and sterilization will tens of minutes, just can proceed can production then.If it is the asepticize degree that can is produced is not up to standard, light then can have influence on the mouthfeel of drinking of beer, heavy then may cause beer to go bad.According to general working specification, comprehensively shut down cleaning and sterilization and can combine changing shifts to carry out (for example per 36 hours), but per tour time interior shutdown cleaning and sterilization that bottle placer, capping machine and peripheral equipment environment are carried out can badly influence the efficient that can is produced.Stopping process can cause foreshot, wine tail to increase, and strengthens wine and decreases and make the increase of sterilization machine PU value.It is higher in addition bottle placer, capping machine and peripheral equipment environment to be carried out the cost of the used bactericidal agent of cleaning and sterilization (like chlorine dioxide), cleaning liquid (like sterilized water), and the cost of equipment and operation is also higher.Above-mentioned these factors all can cause productive costs to increase.
The front is stated; The key position of sterilization is that at this moment, bottle is not added a cover in this section of can to gland; Even the existing chemical souring bactericidal agent of trace gets into the quality that bottle also can havoc beer, why Here it is must shut down the major cause of carrying out cleaning and sterilization.Use the chemical souring bactericidal agent to carry out continuous cleaning and sterilization in addition, cost rises to offset and does not shut down the benefit of being brought.
Acidic oxidized electric potential water (Electrolyzed Oxidizing Water; EOW) be that ordinary tap water is added little sodium chloride solution through having the electrolytic tank electrolysis of alloy electrode and special ion exchange barrier film; Brine electrolysis in the generation of anode one side; The increase of H+ concentration is acid in its water, and pH value can be less than 3, the oxidation-reduction potential value can be greater than+1100mv.This glassware for drinking water has the broad-spectrum sterilization effect, is widely used in various disinfections field.In addition, produce alkaline reduction current potential water at negative electrode one adnation and also can be used for various cleaning method usings.Acidic oxidized electric potential water can be reduced to aqua communis after placing a period of time, compares with chemical bactericide, and be a kind of cleaning and sterilization water of very environmental protection, therefore, the application electrolyzed oxidizing water pollutes, reduces the pollution control cost to reducing also have positive effect.Therefore; How can bottle placer and peripheral equipment be carried out non-stop-machine cleaning and sterilization; Thereby enhance productivity, and how can when bottle placer and peripheral equipment are carried out cleaning and sterilization, use the acidic oxidized electric potential water of inexpensive environmental protection, thereby reduce production costs generally; Increase economic benefit, become the technical matters that expectation solves.
The above-mentioned information that is disclosed in background technology of the present invention part only is intended to deepen the understanding to general background technology of the present invention, should not be regarded as to admit or hint in any form that this information constitutes to be prior art known in those skilled in the art.
Summary of the invention
One of the object of the invention provides a kind of being equipped with and cleans and the packaging production line of the drinkable liquid of disinfection system, and this cleaning and disinfection system can be realized non-stop-machine to said packaging production line and ambient environment are cleaned and sterilization.
According to an aspect of the present invention; A kind of packaging production line of drinkable liquid; It comprises at least by the conveyer chain road in order bonded assembly cleaning machine, empty bottle test machine, bottle placer and capping machine, sterilization machine (using when producing bottled beer), test wine equipment, labelling machine, test marking device, packing machine, and it also comprises and cleaning and disinfection system; Said cleaning and disinfection system comprise: purging medium and bactericidal agent preparation facilities, and it is used to prepare purging medium and bactericidal agent to clean and sterilization; A plurality of shower nozzles, it is separately positioned on a plurality of places of said packaging production line, and said packaging production line and peripheral equipment environment are carried out non-stop-machine cleaning and sterilization; Connecting line, described a plurality of shower nozzles are connected on the said connecting line, and said connecting line connects said purging medium and bactericidal agent preparation facilities; Pressure device is used for to the said connecting line that connects said a plurality of shower nozzles pressure being provided; Control setup, itself and said purging medium and bactericidal agent preparation facilities, said a plurality of shower nozzles and said pressure device electrically connect, with sprinkling action, time and the intensity of preparation, storage and the shower nozzle of control purging medium and bactericidal agent.
According to an aspect of the present invention, said shower nozzle is arranged on a plurality of places of said bottle placer and capping machine, and said bottle placer and capping machine and peripheral equipment environment are cleaned and sterilization; Wherein, said cleaning and disinfection system also comprise the antidrip device that spatters, and it is used for preventing that purging medium and the bactericidal agent of cleaning and sterilization process from dripping is splashed in the bottle.
According to one embodiment of present invention; The said antidrip device that spatters is specifically carried out fixedly bottleneck and/or filling liquid and/or is taken out the filling element of inflating body and move each other with being arranged in the said bottle placer, thereby preventing that purging medium and bactericidal agent in the cleaning and sterilization process from dripping is splashed in the bottle.
In the above-described embodiments; The described antidrip device that spatters is at least one blowing device; It is outer and near the bottle-delivery end of bottle placer that it is arranged on said bottle placer; And, blew off purging medium that might have and bactericidal agent on it before separating at filling valve valve port and bottleneck corresponding to the filling valve valve port and the bottleneck contact position of said filling element in its blowing position.
In the above-described embodiments; The described antidrip device that spatters is one or more soft devices of cleaning; It is arranged on outside the said bottle placer and near its bottle-delivery end; Soft when cleaning device through this before the intact bottle of can on the bottle placer is leaving bottle placer, through cleaning the action of device, clean purging medium and bactericidal agent near the filling valve valve port.
In the above-described embodiments, the said antidrip device that spatters includes: the umbrella shape catch, and its rotatable upside that is arranged on the filling valve valve port of said filling liquid unit, and the edge of said umbrella shape catch is provided with first guide portion; Springing, it provides elastic-restoring force on the rotation direction of umbrella shape catch; Second guide portion, it is fixed on the outside of said bottle placer, and near the bottle-delivery end of said filling liquid unit; Wherein, When said umbrella shape catch during near second guide portion; Its first guide portion contacts with said second guide portion, and under the guiding of said second guide portion rotating certain angle, thereby when first guide portion and second leader from the time; Produce revolution rapidly through springing, and then purging medium and bactericidal agent drop that umbrella shape catch edge might be had drip in advance.
In the above-described embodiments, the said antidrip device that spatters includes: umbrella shape catch, the upside of the filling valve valve port that is arranged on said filling liquid unit that it can rock; At least one rocks guide portion, and it is fixed on the outside of said bottle placer, and near the bottle-delivery end of said bottle placer; Wherein, when said umbrella shape catch when rocking guide portion, the umbrella shape catch with rock guide portion and collide, and with rock the guide portion collision in produce and rock, thereby purging medium and bactericidal agent drop that umbrella shape catch edge might be had drip in advance.
According to one embodiment of present invention, the said antidrip device that spatters directly is arranged at filling element.
In the above-described embodiments, the said antidrip device that spatters includes: the retaining cap, and it is arranged on the upside of said filling valve valve port; The edge K/UP of said retaining cap, and have higher relatively edge and one section relatively low edge or breach, thus form water conservancy diversion make the purging medium that flows down along filling element and bactericidal agent can only be from lower edge or breach flow out.
In the above-described embodiments, the direction of said retaining cap is set to, and said one section relatively low edge or breach point to the center of rotation of said bottle placer, makes the purging medium and the bactericidal agent that flow out avoid bottle got into and left bottle placer along the conveyer chain road path.
In the above-described embodiments; The direction of said retaining cap is set to; When empty bottle through the conveyer chain road get into said bottle placer and filling valve valve port near the time; And the bottle of the intact liquid of can descends and when separating with said filling valve valve port, edge that this section of said retaining cap is relatively low or breach are positioned at the entering of said bottle or the opposition side of departure direction, thereby prevent that bottle from having purging medium and bactericidal agent to drop onto the bottle near the filling valve valve port or when the filling valve valve port leaves through bottle supporting mechanism.
In the above-described embodiments, the plan view shape of said retaining cap is a cam-shaped, and said one section relatively low edge or breach are positioned at relative zone away from the center of circle.
In the above-described embodiments, the edge shape of said retaining cap is high for waiting, and only reserves one section said breach; The edge shape of perhaps said retaining cap is high for not waiting, and reserves one section said breach; The edge shape of perhaps said retaining cap is high for not waiting, lowermost portion non-flanged and form gap regions; The base of perhaps said retaining cap is the non-height that waits, and said one section relatively low edge or breach are positioned at relatively low zone, base.
According to one embodiment of present invention, said bottle placer go into bottle conveyer chain road near one or more shower nozzles are set, this shower nozzle is corresponding to the body middle and lower part of spraying bottle; Go into the bottle end in rotational direction to one or more shower nozzles are set between the bottle-delivery end, so that each filling element is cleaned and sterilization at said bottle placer; Near the one or more shower nozzles that said capping machine, are provided with, the position of shower nozzle can just be buckled in position or position after a while on the said bottleneck corresponding to bottle cap.
In the above-described embodiments, in the inside of said bottle placer one or more shower nozzles are set on demand; Other is provided with one or more shower nozzle douche cans installation flat-bed metal sheet faces, and wine liquid that spills when will break bottle and excessive beer foam are rinsed well, carry out sterilization simultaneously.
In the above-described embodiments, said shower nozzle is an atomizer, and perhaps the nozzle of said shower nozzle can be slit, and it can spray and be in line.
According to an aspect of the present invention, the valve of said purging medium and bactericidal agent preparation facilities, said connecting line and said pressure device and control setup electrically connect, and said shower nozzle discord control setup electrically connects.
According to an aspect of the present invention, said shower nozzle respectively has a switching device, and this switching device and said control setup electrically connect, thereby the realization control setup can be controlled each switching device respectively.
According to one embodiment of present invention, the said bottle placer bottle placer that is rotary type.
In the above embodiments, said blowing device comprises one at least, and it is through impulse singla control, thus only realize have bottle before said blowing device through the time just blow out high wind.
According to an aspect of the present invention, said purging medium and bactericidal agent preparation facilities are the oxidation potential water generating device, and said purging medium and bactericidal agent are acidic oxidized electric potential water.
Through the packaging production line with drinkable liquid of cleaning and disinfection system provided by the invention; Clean and the sterilization operation thereby can be implemented in when packaging production line carries out work, avoided because shutdown is cleaned and sterilization caused production capacity loss and wine decrease.Through when packaging production line and peripheral equipment are carried out cleaning and sterilization, using the acidic oxidized electric potential water of inexpensive environmental protection, saved productive costs generally especially, increase economic benefit.
In addition, use the antidrip device that spatters in the present invention, can when not shutting down cleaning and sterilization, avoid purging medium and bactericidal agent to enter into bottle.
Be used to explain that through Figure of description and with accompanying drawing the specific embodiment of some principle of the present invention, further feature that the present invention had and advantage will become clear or be able to explain more particularly.
Description of drawings
Fig. 1 is the scheme drawing of bottled beer packaging production line according to an embodiment of the invention.
Fig. 2 is the structural representation of an embodiment of cleaning and disinfection system among the present invention.
Fig. 3 is a scheme drawing according to an embodiment of the invention, and wherein this antidrip device that spatters is specially blowing device.
Fig. 4 A and Fig. 4 B spatter the scheme drawing that device is an embodiment of umbrella shape catch for antidrip among the present invention, and wherein Fig. 4 A is the birds-eye view of Fig. 4 B.
Fig. 4 C to Fig. 4 E is first guide portion and the contacted scheme drawing of second guide portion in Fig. 4 A illustrated embodiment.
Fig. 4 F is a variant embodiment of the umbrella shape catch of Fig. 4 A illustrated embodiment.
Fig. 5 A and Fig. 5 B spatter the scheme drawing that device is another embodiment of umbrella shape catch for antidrip among the present invention, and wherein Fig. 5 A is the birds-eye view of Fig. 5 B.
Fig. 5 C concerns scheme drawing for umbrella shape catch in Fig. 5 A illustrated embodiment and the position of rocking guide portion.
Fig. 6 A and Fig. 6 B are the antidrip scheme drawing that spatters device for an embodiment of retaining cap among the present invention, and wherein Fig. 6 A is the birds-eye view of Fig. 6 B.
Fig. 6 C to Fig. 6 E is respectively the variant embodiment of the retaining cap of Fig. 6 A illustrated embodiment.
Fig. 7 A and Fig. 7 B are the antidrip scheme drawing that spatters device for another embodiment of retaining cap among the present invention, and wherein Fig. 7 A is the birds-eye view of Fig. 7 B.
Fig. 7 C to Fig. 7 E is respectively the variant embodiment of the retaining cap of Fig. 7 A illustrated embodiment.
Fig. 8 is a scheme drawing according to an embodiment of the invention, schematically shows in the drawings shower nozzle to be set in a plurality of positions of bottle placer and capping machine.
It should be understood that each characteristic of the present invention shown in the accompanying drawing possibly adopt the mode of simplifying to represent to a certain extent, and be not necessarily in strict accordance with scale.Specific design feature of the present invention disclosed herein comprises for example specific dimensions, orientation, position and shape, will partly determine according to concrete application and environment for use.
Reference numeral is in the accompanying drawings represented identical or equivalent part of the present invention in whole several accompanying drawings.
The specific embodiment
Below, will specify embodiments of the invention, the example is presented in accompanying drawing and the following description.Though will combine exemplary embodiment to describe the present invention, be to be understood that this description do not really want to be limited to this exemplary embodiment to the present invention.On the contrary, the present invention will not only cover this exemplary embodiment, but also cover various replacements, that change, equivalence with other embodiment, it can be included in the spirit and scope of the present invention that accompanying claims limits.
The present invention provides a kind of packaging production line of drinkable liquid; In the present embodiment; With the beer packing manufacturing line is that example is elaborated; But it should be understood that not to be that the present invention is limited only the beer packing manufacturing line, the present invention remains feasible when being applied to other drinkable liquids (for example beverage).As shown in Figure 1; Packaging production line of the present invention comprise at least by conveyer chain road 81 in order bonded assembly cleaning machine 82, empty bottle test machine 83, bottle placer and capping machine 7 and 9, test wine equipment 84, labelling machine 85, test marking device 86, packing machine 87; In addition; If when producing bottled beer, also need use the sterilization machine (not shown) to carry out pasteurize, the present invention also comprises cleaning and disinfection system; As shown in Figure 2, this cleaning and disinfection system comprise:
Purging medium and bactericidal agent preparation facilities 1, it is used to prepare purging medium and bactericidal agent for cleaning and the usefulness of sterilization;
A plurality of shower nozzles 2, it is separately positioned on a plurality of places of said packaging production line, and said packaging production line and peripheral equipment environment are carried out non-stop-machine cleaning and sterilization;
Connecting line 3, above-mentioned a plurality of shower nozzles 2 are connected on the connecting line 3, and connecting line 3 connects said purging medium and bactericidal agent preparation facilities 1;
Pressure device 4 is used for to the said connecting line 3 that connects said a plurality of shower nozzle 2 pressure being provided;
Control setup 5; Valve 31 and said pressure device 4 on itself and said purging medium and bactericidal agent preparation facilities 1, said a plurality of shower nozzle 2, the said connecting line electrically connect, with sprinkling action, time and the intensity of preparation, storage and the shower nozzle of control purging medium and bactericidal agent.
In one embodiment of the invention; Said shower nozzle 2 can be arranged on a plurality of places of said bottle placer and capping machine; And said bottle placer and capping machine and peripheral equipment environment cleaned and sterilization; Certainly, the present invention only is not limited to bottle placer and capping machine cleans and sterilization, in the present embodiment only with to bottle placer and capping machine with the peripheral equipment environment cleans and sterilization is explained; Wherein, said cleaning and disinfection system also comprise the antidrip device (among Fig. 2 show) that spatters, and it is used for preventing that purging medium and the bactericidal agent of cleaning and sterilization process from dripping is splashed in the bottle.
An aspect according to the foregoing description; The antidrip device that spatters is specifically carried out fixedly bottleneck and/or filling liquid and/or is taken out the filling element of inflating body and move each other with being arranged in the said bottle placer, is splashed in the bottle to prevent that purging medium and bactericidal agent in the cleaning and sterilization process from dripping.
According to a specific embodiment of the present invention, as shown in Figure 3, the described antidrip device that spatters is at least one blowing device 61, is used for purging medium that possibly adhere on the filling element 73 and bactericidal agent are blown off.Situation such as the injection flow rate of the position that can be provided with according to shower nozzle 2, the position that bottle is in uncovered state, shower nozzle 2 and water spraying time are provided with position, blow strength and the time etc. of blowing device 61.
As a specific embodiment, the filling valve valve port of filling element 73 with to separate in the preceding segment limit one or more shower nozzles are set after the bottleneck of bottle to be filled contacts, be used for filling element 73 is carried out disinfection.Preferably, with position after the bottleneck of bottle to be filled contacts shower nozzle is set at the filling valve valve port, the position of as far as possible separating with bottleneck away from the filling valve valve port makes the purging medium and the bactericidal agent (or acidic oxidized electric potential water) that spray that the more time drippage arranged.This moment preferably; Blowing device 61 is arranged on the position that effectively to avoid purging medium and bactericidal agent to splash down getting into bottle; It is outer and near the bottle-delivery end 72 of bottle placer for example can blowing device 61 to be arranged on bottle placer 7; And its blowing position is corresponding to the filling valve valve port and the bottleneck contact position of filling element 73; Before separating, purging medium that might have and bactericidal agent on it are blown off, thereby prevent that bottle from splashing the bottle when the filling valve valve port leaves, having purging medium and bactericidal agent to drip at filling valve valve port and bottleneck.
In addition, because the position of separating with bottleneck near the filling valve valve port is provided with blowing device 61, can improve sterilization and cleaning performance so that purging medium and bactericidal agent (or acidic oxidized electric potential water) have more life period.Alternatively, blowing device 61 is not limited to an above-mentioned position, can blowing device be set in a plurality of positions, usually shower nozzle 2 after, separates the position between preceding with bottleneck to the filling valve valve port.
The filling valve valve port is after bottle-delivery end and bottleneck separate, and this filling valve can rotate back into the position into bottle end 71 with bottle placer 7, and can be once more contacts with the bottleneck of bottle to be filled at the position filling valve valve port of going into bottle end 71.At this moment; Since this bottle-delivery end 72 with go into bottle end 71 and lack (shown in the L1 among Fig. 3) in apart distance on the circumference; Therefore under normal conditions basically need bottle-delivery end with not go into bottle and be provided with that shower nozzle cleans and sterilization between holding; That is to say that it is just passable only need one or more blowing devices 61 to be set in the position near bottle-delivery end 72 in this case, and need blowing device be set in position near the L1 section of going into bottle end 71.But; Some the time; For example need and go between the bottle end 71 at bottle-delivery end 72 shower nozzle is set, the filling valve of filling element 73 is being gone into bottle end 71 with the bottleneck of bottle to be filled contacted the time so, just might have purging medium and bactericidal agent drops onto in the bottle.Therefore, in this case, just need one or more blowing devices also be set, thereby the purging medium and the bactericidal agent that the filling valve valve port contacts before with it with bottleneck on, might adhere to blow off near the position of going into bottle end 71.
Controller (like cam mechanism) the control bottle that is looped around on the bottle placer control loop is on every side taken out/is inflated and can program and opportunity.Also can be through the setting of this controller of adjustment (like cam mechanism), the action of control blowing device.
In addition, above-mentioned blowing device 61 also can electrically connect with said control setup 5, and the action of under the control of control setup 5, drying.Through control setup, can make blowing device keep blowing always, perhaps also can control through control signal, thus be implemented in have only filling element before blowing device through the time just blow out high wind.For example, can keep the blowing state, the purging medium and the bactericidal agent (or acidic oxidized electric potential water) that so not only can blow off and possibly adhere to can also blow off and overflow or unrestrained filling liquid (drinks, beverage etc.) always.Alternatively, also can control the unlatching of blowing device 61 according to the unlatching situation of shower nozzle 2.Alternatively; Can open shower nozzle 2 and blowing device 61 simultaneously; Also can before opening shower nozzle 2, open blowing device 61 in advance; Blow off in advance and overflow or unrestrained filling liquid (drinks, beverage etc.), thereby can improve sterilization and cleaning performance, perhaps can shorten the opening time of shower nozzle 2 and/or the use amount of purging medium and bactericidal agent.
Alternatively, can control or adjust the blow strength of blowing device 61 according to practical situations.For example, can detect near the purging medium of can valve port and bottleneck contact portion after the blowing and the average Drain time of bactericidal agent (or acidic oxidized electric potential water) adhesion amount and/or purging medium that adheres to and bactericidal agent (or acidic oxidized electric potential water).Usually should adjust purging medium and bactericidal agent (or acidic oxidized electric potential water) that blow strength blows the overwhelming majority off; And/or make a small amount of purging medium adhere to and bactericidal agent (or acidic oxidized electric potential water) separate afterwards to can not dripping in during this period of time with bottleneck is contacted once more at filling valve valve port and bottleneck at least, thereby realization prevents that purging medium and bactericidal agent (or acidic oxidized electric potential water) from falling into bottle.In addition, also need adjust the blow strength of blowing device 61 according to the intensity of spray irrigation of shower nozzle 2, the two should be directly proportional usually.According to one embodiment of present invention, can control the coordination of shower nozzle 2 and blowing device 61, make opening time of the two and working strength coordinate mutually through control setup 5.
According to another specific embodiment of the present invention; The described antidrip device that spatters is one or more soft devices (figure does not show) of cleaning; Be used to clean filling valve valve port neighbouring purging medium and bactericidal agent (or acidic oxidized electric potential water), be splashed in the bottle to prevent that purging medium and bactericidal agent from dripping.Preferably; To clean that device is arranged on said liquid-filling machine 7 outsides and near its bottle-delivery end 72; Soft when cleaning device through this before the intact bottle of can on the bottle placer 7 is leaving bottle placer, through cleaning the action of device, clean purging medium and bactericidal agent near the filling valve valve port; Thereby prevent that bottle from when the filling valve valve port leaves, having purging medium and bactericidal agent to drop onto in the bottle.Above-mentioned action of cleaning device can be through triggering to the detection of moving bottle or with controller (like cam mechanism) interlock on the control loop of bottle placer.Also can need not to clean the device positive action; And the relatively-stationary soft parts of cleaning contact filling element one by one and realize cleaning for the bottle that makes with respect to move; Clean purging medium and bactericidal agent near the filling valve valve port, be splashed in the bottle to prevent that purging medium and bactericidal agent in the cleaning and sterilization process from dripping.
Alternatively, the multistage device of cleaning can be set also, for example, improve and clean effect in that one-level to the multistage device of cleaning is set respectively apart from shower nozzle 2 position from the close-by examples to those far off.In addition, also can around the can valve port, a plurality of devices of cleaning be set, improve and clean effect in certain position of can turntable.
Alternatively; Identical with embodiment shown in Figure 3; If desired bottle-delivery end 72 and go into L1 section between the bottle end 71 be provided with shower nozzle clean with sterilization in; So also need one or more devices of cleaning be set, thereby the purging medium and the bactericidal agent that the filling valve valve port contacts before with it with bottleneck on, might adhere to are cleaned near the position of going into bottle end 71.
According to another specific embodiment of the present invention, shown in Fig. 4 A and Fig. 4 B, this is antidrip to spatter the umbrella shape catch 62 that device can include the filling valve valve port upside that is arranged on said filling liquid unit.The principle of work of said umbrella shape catch 62 is similar to umbrella, and its upside at the filling valve valve port has blocked the purging medium and the bactericidal agent (or acidic oxidized electric potential water) that possibly drip, thereby prevents that purging medium and bactericidal agent (or acidic oxidized electric potential water) from getting into bottle.Preferably, this antidrip device can comprise: umbrella shape catch 62, and its rotatable upside that is arranged on the filling valve valve port of said filling liquid unit, and the edge 620 of said umbrella shape catch is provided with first guide portion 621; The springing (not shown), it provides elastic-restoring force on the rotation direction of umbrella shape catch; Second guide portion 622, it is fixed on the outside of said bottle placer 7, for example can be fixed on the support of bottle placer 7, and near the bottle-delivery end 72 of bottle placer; Wherein, Shown in Fig. 4 C to Fig. 4 E; When umbrella shape catch 62 during near second guide portion 622, its first guide portion 621 contacts with second guide portion 622, and under the guiding of second guide portion 622 rotating certain angle; Thereby when first guide portion 621 is separated with second guide portion 622; Produce revolution rapidly through springing, and then purging medium and bactericidal agent drop that umbrella shape catch edge might be had drip in advance, to avoid when filling valve valve port and bottleneck separate, having purging medium and bactericidal agent drop to drop onto in the bottle.
In the present embodiment, shown in the conjunction with figs., this umbrella shape catch 62 is seen tapered substantially from the side; Its rotatable upside that is arranged on the filling valve valve port is just as a umbrella blocks for filling valve valve port and the contacted place of bottleneck, certainly; This umbrella shape catch also can be other shape; Such as bevelled limit is become curve (shown in Fig. 4 F) from straight line, can block filling valve valve port and the contacted place of bottleneck but need only this umbrella shape catch 62, promptly can realize present embodiment.
In the present embodiment; Springing (figure does not show) can be spring or other any springing that elastic-restoring force can be provided on the rotation direction of umbrella shape catch of disc spring, coil spring or other type; It is designed to be connected with umbrella shape catch 62; Thereby when umbrella shape catch 62 rotates, be compressed (or stretching), and then elastic-restoring force be provided resetting of umbrella shape catch 62.
Shown in the conjunction with figs., along with the rotation of bottle placer near second guide portion 622 that is arranged near bottle-delivery end the time, first guide portion 621 of umbrella shape catch 62 can contact with second guide portion 622 when umbrella shape catch 62; Because stopping of second 622 pairs first guide portion 621 of guide portion; Can make umbrella shape catch 62 along with in the bottle placer rotation around the certain angle of the rotational of filling valve, the size of this angle can be regulated through changing first guide portion and 621 second guide portion, 622 shapes or position relation, but as a rule can not surpass 90 degree; At this moment; Springing is compressed (or stretching), and under normal conditions, the angle that the umbrella shape catch rotates is big more; The degree that this springing is compressed (or stretching) is also just big more; Be that its energy stored is also just big more, when first guide portion 621 was separated with second guide portion 622, springing provided elastic-restoring force through its energy stored to umbrella shape catch 62; Under the effect of elastic-restoring force; Umbrella shape catch 62 can produce rotation rapidly, thereby drips (or flying) in advance at the purging medium and the bactericidal agent drop that make umbrella shape catch edge (and on umbrella shape catch) to have under the giddy effect, and then has avoided when filling valve valve port and bottleneck separate, having purging medium and bactericidal agent drop to drop onto in the bottle.
In the present embodiment, second guide portion 622 also can be set to two, three or more, thereby the number of times that the umbrella shape catch is rotated is more; To guarantee that purging medium and bactericidal agent drop drop fully; But,, one second guide portion 622 is set under normal conditions gets final product through test and research.
According to another specific embodiment of the present invention, shown in Fig. 5 A to Fig. 5 C, this antidrip device that spatters can include: umbrella shape catch 62, the upside of the filling valve valve port that is arranged on said filling liquid unit that it can rock; At least one rocks guide portion 623, and it is fixed on the outside of said bottle placer 7, for example can be fixed on the support of said bottle placer 7, and near the bottle-delivery end 72 of bottle placer; Wherein, When umbrella shape catch 62 when rocking guide portion 623; Umbrella shape catch 62 with rock guide portion 623 and collide; And with rock guide portion 623 collision in produce and rock, thereby purging medium and bactericidal agent drop that umbrella shape catch 62 edges might be had drip in advance, to avoid when filling valve valve port and bottleneck separate, having purging medium and bactericidal agent drop to drop onto in the bottle.
Embodiment difference shown in present embodiment and Fig. 4 A to Fig. 4 E is; Umbrella shape catch 62 is not the rotational around filling valve; But producing fitfull when guide portion 623 contacts and rocking with rocking; That is, the drop of purging medium and bactericidal agent no longer is to drop through centnifugal force, drops but rock from umbrella shape catch 62 through fitfull.This rocks guide portion 623 can be provided with a plurality of (shown in Fig. 5 C), to avoid once rocking whole purging mediums and bactericidal agent drop is fallen.
Among the above embodiment; Second guide portion 622 or rock bottleneck that guide portion 623 is arranged on filling bottle and the filling valve valve port of filling element is in certain position in the process of contact condition; But alternatively; Can also the filling valve valve port bottle-delivery end with after bottleneck separates and the position filling valve valve port of going into bottle end 71 second guide portion 622 is set extraly or rocks guide portion 623 with position before the bottleneck of bottle to be filled contacts once more, making contacts with the bottleneck of bottle to be filled at the filling valve valve port gets rid of remaining a small amount of purging medium and bactericidal agent liquid before.
Above-mentioned specific embodiment; Action or combination of actions through various devices; The aforesaid antidrip device that spatters has schematically been described; And through the antidrip bottle placer that spatters device and rotation or the mutual action between the filling element and purging medium that possibly have on the said filling element and bactericidal agent are removed, thereby prevent that bottle from when the filling valve valve port leaves, having purging medium and bactericidal agent to fall into bottle.But be to be understood that foregoing description do not really want to be limited to these exemplary embodiments to the present invention.On the contrary, the present invention will cover various replacements, that revise, equivalence and thinkable other embodiment of those skilled in the art.For example, the concrete scheme of above-mentioned several embodiment can be intersected or overlapping application.
Below several concrete embodiment, illustration antidriply spatter the situation that device directly is arranged at filling element, can be implemented in equally and prevent when the filling valve valve port separates with bottleneck that purging medium and bactericidal agent drop from splashing in the bottle.
According to a specific embodiment of the present invention, shown in Fig. 6 A to Fig. 6 B, describedly antidriply spatter device not to be arranged at filling element outer and realize the antidrip function of spattering through the mutual action with filling element.This type of antidrip device that spatters is arranged at filling element, includes: retaining cap 63, and it is arranged on the upside of said filling valve valve port; Edge 630 K/UPs of said retaining cap; And have higher relatively edge 630 ' and one section relatively low edge 630 " or breach 631, thereby form water conservancy diversion make the purging medium that flows down along filling element and bactericidal agent can only be from lower edge or breach 631 flow out.Alternatively; The direction of retaining cap 63 can be set to; Said one section relatively low edge or breach point to the center of rotation of bottle placer 7; Purging medium that make to flow out and bactericidal agent are avoided bottle and are got into and leave the path of bottle placer along the conveyer chain road, thereby prevent that bottle near the filling valve valve port or when the filling valve valve port leaves, having purging medium and bactericidal agent to drop onto in the bottle.
One section relatively low edge 630 of said retaining cap 63 " or breach 631 be not limited to above-mentioned direction; one section relatively low edge 630 of retaining cap 63 can be set according to the field condition in the actual production " or the direction of breach 631, principle is to make one section relatively low edge 630 through retaining cap 63 " or the purging medium that flows out of breach 631 and bactericidal agent as far as possible away from the direction of the bottle of uncovered state.In addition; Purging medium that accumulates in the sweep at retaining cap 63 edges 630 and bactericidal agent are because action of centrifugal force; Tend to the trickling of the outside of can turntable; Be splashed to the outside of can turntable for fear of the purging medium that accumulates and bactericidal agent, can the curved edge of retaining cap 63 towards the can turntable outside partly be provided with higher relatively edge 630 ', perhaps will keep off be arranged to from outside to inside bottom the sweep at cap 63 edges skewed.Only as a specific embodiment of the present invention, do not limit protection scope of the present invention with upper type.
According to another specific embodiment of the present invention, shown in Fig. 6 A and Fig. 6 B, this type of antidrip device that spatters is arranged at filling element, includes: retaining cap 63, and it is arranged on the upside of said filling liquid unit or filling valve valve port and can rotates around the filling element longitudinal axis; Edge 630 K/UPs of said retaining cap; And have higher relatively edge 630 ' and one section relatively low edge 630 " or breach 631, thereby form water conservancy diversion make the purging medium that flows down along filling element and bactericidal agent can only be from lower edge or breach 631 flow out.Preferably; The direction of retaining cap 63 is set to; Through link gear or other mechanism's (not shown); When empty bottle through the conveyer chain road get into bottle placer and filling valve valve port near the time, and the bottle of the intact liquid of can descends and when separating with said filling valve valve port, edge that this section of said retaining cap 63 is relatively low or breach 631 are positioned at said bottle the entering or the opposition side of departure direction through bottle supporting mechanism.Thereby prevent that bottle from when leaving, having purging medium and bactericidal agent to drop onto in the bottle near filling valve valve port (or filling element) or from filling valve valve port (or filling element).
According to another concrete embodiment; Shown in Fig. 7 A to Fig. 7 E; The plan view shape of said retaining cap is not to be necessary for circle; For example be cam-shaped, said one section relatively low edge 630 " or breach 631 be positioned at relatively away from the zone in the center of circle, can guarantee so more to prevent that purging medium and bactericidal agent from dropping onto the effect in the bottle.
According to other specific embodiment, the edge shape of said retaining cap can be high for waiting, and only reserves one section said breach, shown in Fig. 6 C and Fig. 7 C; Perhaps, the edge shape of said retaining cap is high for not waiting, and reserves one section said breach, shown in Fig. 6 B and Fig. 7 B; Again perhaps, the edge shape of said retaining cap is high for not waiting, and lowermost portion can non-flanged and form gap regions, can guarantee so more to prevent that purging medium and bactericidal agent from dropping onto the effect in the bottle, shown in Fig. 6 D and Fig. 7 D.
According to another concrete embodiment; Shown in Fig. 6 E and Fig. 7 E; The base of said retaining cap and the nonessential height that waits, said one section relatively low edge or breach are positioned at relatively low zone, base, can both play preventing that purging medium and bactericidal agent from dropping onto the effect in the bottle like this.
In the preceding text the antidrip a plurality of embodiment that spatter device of the present invention are illustrated, will combine accompanying drawing that the position of shower nozzle setting of the present invention is specified below.
The principle of shower nozzle setting of the present invention is to avoid purging medium and bactericidal agent to enter under the prerequisite in the bottle, as much as possible position that might breed bacteria is being cleaned and sterilization.In following embodiment, a plurality of places that still are arranged on said bottle placer and capping machine with shower nozzle 2 are that example describes, but it should be understood that shower nozzle 2 can be arranged on the optional position of packaging production line.
According to one embodiment of present invention; As shown in Figure 8; Alternatively, can bottle placer 7 go into bottle conveyer chain road 81 near one or more shower nozzles 2 are set, this shower nozzle 2 is corresponding to the body middle and lower part of spraying bottle; Preferably spray the body middle and lower part of bottle to oblique lower direction, thereby avoided purging medium and bactericidal agent to be splashed in the bottle from last.Alternatively, can go into bottle end 71 in rotational direction to one or more shower nozzles 2 are set between the bottle-delivery end 72, each filling element is cleaned and sterilization at bottle placer.In addition alternatively, near one or more shower nozzles 2 that can capping machine 9, be provided with, the position of shower nozzle 2 can just be buckled in position or position after a while on the said bottleneck corresponding to bottle cap, can guarantee not have purging medium like this and bactericidal agent enters in the bottle.Alternatively, can one or more shower nozzles 2 ' be set on demand, to clean necessary position in the inside of bottle placer 7; One or more shower nozzle douche cans installation flat-bed metal sheet faces can also be set, and wine liquid that spills when will break bottle and excessive beer foam are rinsed well, carry out sterilization simultaneously.
In addition, can also be in the position that can be sprayed to the filling valve valve port or angle one or more controollable shower nozzle (not shown) are set, thereby can when shutting down the cleaning and sterilization operation, clean and sterilization selectively filling valve valve port position.
In the present embodiment, said shower nozzle can be an atomizer, and perhaps the nozzle of said shower nozzle can be slit, and it can spray and be in line.In practical operation; Those skilled in the art can be according to actual needs be provided with and change the shower nozzle at every place; Such as; Use atomizer with being arranged on the shower nozzle that bottle placer goes between bottle end and the bottle-delivery end, the install shower nozzle of flat-bed metal sheet face of douche can is used the shower nozzle of nozzle as slit; Perhaps, the install a plurality of shower nozzles part of flat-bed metal sheet face of douche can is used the shower nozzle of nozzle as slit, another part use atomizer; Certainly, also can the shower nozzle in the present embodiment all be used atomizer, perhaps all use the shower nozzle of nozzle as slit, these all are needs can use according to reality time the and arbitrarily be provided with and change.
In the present embodiment; Above-mentioned shower nozzle 2,2 ' all is mounted on the connecting line 3; And an end of this connecting line 3 is connected on purging medium and the bactericidal agent preparation facilities 1, and purging medium and bactericidal agent that purging medium and bactericidal agent preparation facilities 1 are provided flow to each shower nozzle 2,2 ' through connecting line 3.Fluid reservoir can also be set so that stable purging medium and bactericidal agent output to be provided behind purging medium and bactericidal agent preparation facilities
In a specific embodiment of the present invention, the valve 31 of purging medium and bactericidal agent preparation facilities 1, connecting line 3 and pressure device 4 electrically connects with control setup 5, and the above-mentioned shower nozzle control setup 5 of also can getting along well electrically connects.In the present embodiment; When control setup 5 not only prepares, prepares and how much control purging medium and bactericidal agent; Also controlling purging medium and bactericidal agent preparation facilities 1 simultaneously is transported to its purging medium for preparing and bactericidal agent in the connecting line 3; Under these circumstances, connecting line 3 is transported to each shower nozzle 2 with purging medium and bactericidal agent, and each shower nozzle 2 sprays to clean and to sterilize basically simultaneously.In the present embodiment; Purging medium and bactericidal agent preparation facilities 1 can connect one or more pressure devices 4 (for example pump); Purging medium and bactericidal agent so that it is prepared are transported to each shower nozzle 2, and control setup 5 can be through control pressure device 4 (for example pump) thus the intensity of spray irrigation of horsepower output control shower nozzle 2.
In the present embodiment; Valve 31 can be provided with one or more as required; More can be arranged on the diverse location of connecting line 3 as required, for example shown in Fig. 2, some valves can only be controlled a shower nozzle; And some valves can be controlled one section pipeline and some shower nozzles, and these all can be adjusted as required.
In another specific embodiment of the present invention; Not only the valve 31 of purging medium and bactericidal agent preparation facilities 1, connecting line 3 and pressure device 4 electrically connect with control setup 5; And above-mentioned shower nozzle 2 also electrically connects with control setup 5, and specifically, shower nozzle 2 can respectively have a switching device (figure does not show); This switching device and control setup 5 electrically connect, thereby realization control setup 5 can be controlled each switching device respectively.In the present embodiment; Purging medium and bactericidal agent preparation facilities are connected with one or more pressure devices 4 (for example pump) equally; Through the control of control setup 5, can purging medium that prepare and bactericidal agent be transported to each shower nozzle 2, at this moment; Control through control setup 5 can let one or several shower nozzle unlatching of appointment clean and sterilize (the for example sprinkling situation of the shower nozzle among Fig. 8), perhaps also can let whole shower nozzles open.Simultaneously, control setup also can be controlled time and the interval that shower nozzle is opened, such as, certain some shower nozzle was opened after 3 minutes, closed and opened in 5 minutes 3 minutes again, and perhaps certain some shower nozzle can be held open state always.In the present embodiment, control setup 5 not only can be controlled the intensity of spray irrigation of shower nozzle 2 through control pressure device 4, also can control the intensity of spray irrigation of shower nozzle through the switching degree of switching device in the control shower nozzle.
In the above-described embodiments, this control setup 5 can be realized the device of electrical control for programmable control chip, microprocessor or other, and this is a technology contents well known by persons skilled in the art, so no longer control setup is given unnecessary details.
Next through concrete Test Example describe adopt of the present invention have clean and the bactericidal effect of brewery's packaging production line of the packaging production line of disinfection system.
Test Example 1:
The test place: the traditional thread binding wine machine of a workshop A, the traditional thread binding wine machine of B are packed by certain brewery
Test period: X 29-31 in December day
Process of the test and data analysis:
One, process of the test
(1) according to system architecture shown in Figure 2, the packing shop on-site installation electrolyzed oxidizing water cleaning and sterilization of the present invention system in brewery.Starting outfit prepares electrolyzed oxidizing water, and the physical and chemical index data of detection of acidic electrolyzed oxidizing water water outlet are: effective chlorine: 180ppm; ORP:1170.9mv; PH:2.80.
(2) use the electrolyzed oxidizing water automatic sprinkler system at the B manufacturing line, time set stopped 5 minutes for opening in 5 minutes.December 31 was carried out the wiping sampling to dress wine machine inlet star-wheel top, inlet star-wheel bottom, outlet star-wheel top, outlet star-wheel bottom, dress wine board face (electrolyzed oxidizing water sprays and covers the position) respectively at 9:00,11:00,13:00.
(3) use common skill Kanggong department purging medium to cooperate the CIP system at the A manufacturing line, the centre is scrubbed before and is scrubbed and carried out surperficial wiping as control samples in back 2 hours.
(4) microbiological indicators such as the assorted bacterium of probe inspection, harmful bacterium, wild yeasts.
Two, test results:
1, use the wiping result of electrolyzed oxidizing water:
Sampling time Report time Manufacturing line Sample time Qualification rate
12.31 1.3 B 09:00 100
12.31 1.3 B 11:00 100
12.31 1.3 B 13:00 100
From testing result, all wiping points all do not have and detect, and explain that the bactericidal effect of electrolyzed oxidizing water is good.
2, comparison sample germ wiping result (only keep and detect unusual point), see table two:
Figure BDA0000058042570000141
When the wiping presentation of results of comparison sample is scrubbed through skill health system automatically, on same point, have microbial contamination and take place.
In the above embodiments; The present invention who shower nozzle is arranged on bottle placer and capping machine place schematically has been described; Why select shower nozzle is arranged on bottle placer and the capping machine place is that example describes; Be because in whole packaging production line, be most crucial link here, and be the link of being polluted the most easily, especially asepticize is required the highest link.Bottle before getting into bottle placer and capping machine, can be avoided polluting after bottle washing machine cleans up through the mode that increases protective case in the conveyer chain road, more can cooperate the increase shower nozzle certainly, to equipment with environment cleans and sterilization; And bottle is after capping machine is accomplished gland, and its inside has formed sealing state, and it is minimum that drinkable liquid receives contamination of heavy; Certainly; From the consideration of whole production workshop asepticize, each place of manufacturing line that also can be after capping machine is provided with shower nozzle, thereby cleans and sterilization.
In sum; Though just shower nozzle is arranged on bottle placer in the above-described embodiments and the capping machine place is that example describes; But be understood that; In the packaging production line of drinkable liquid provided by the invention, shower nozzle can be arranged on any position, thereby packaging production line and peripheral equipment environment are carried out non-stop-machine cleaning and sterilization.
At last, need to prove that the function that purging medium and bactericidal agent are had nothing in common with each other does not have suitable liquid but do not get rid of, it possesses the function of purging medium and bactericidal agent simultaneously when being applied to above-mentioned cleaning and sterilization.So the statement of this paper does not limit purging medium and bactericidal agent is with a kind of liquid.Preferably, acidic oxidized electric potential water is exactly a kind of liquid that possesses purging medium and bactericidal agent function simultaneously.Also promptly, preferably, the oxidation potential water generating device can be used as purging medium and bactericidal agent preparation facilities.
The oxidation potential water generating device comprises water filtration and softening plant, electrolytic agent preparation and feedway, electrolytic module, acidulous water device for storing liquid, alkaline water device for storing liquid, dilutes module, acidulous water feedway, alkaline water feedway, control setup, current potential water physical and chemical index detecting device; Tap water is transported to electrolytic agent preparation and feedway and electrolytic module through filtration and softening plant; Electrolytic agent preparation and feedway are delivered to electrolytic module with the electrolytic agent solution for preparing; Acidulous water that the electrolytic module electrolysis produces and alkaline water are delivered to acidulous water fluid reservoir and alkaline water fluid reservoir respectively after the dilution of dilution module; Acidic oxidized electric potential water is used as purging medium and bactericidal agent, sees the position to needs off through pressure device.Control setup also has the functions such as switching, electrolytic agent solution of control electrolytic module.
Alkaline water (alkaline reduction current potential water) is a kind of good cleaning, clean liquid, also can be used for other cleaning, cleaning purposes by independent pipeline.Can avoid discharging separately and wasting.
Certainly, said system of the present invention also can be carried out the cleaning and sterilization operation when shutting down, because the inexpensive and environmental protection of acidic oxidized electric potential water, said system is compared with the cleaning and sterilization system that uses the agent of traditional chemical cleaning and sterilization still has bigger advantage.
Aforementioned various embodiment of the present invention; Comprise various devices, system implementation example; Only be to be used for exemplarily explaining technical scheme of the present invention; Should not be understood as that protection domain of the presently claimed invention is as the criterion with the record of claims to the qualification of technical scheme of the present invention and claim protection domain.

Claims (25)

1. the packaging production line of a drinkable liquid; It comprises at least by the conveyer chain road in order bonded assembly cleaning machine, empty bottle test machine, bottle placer and capping machine, test wine equipment, labelling machine, test marking device, packing machine; It is characterized in that, also comprise and cleaning and disinfection system; Said cleaning and disinfection system comprise:
Purging medium and bactericidal agent preparation facilities, it is used to prepare purging medium and bactericidal agent to clean and sterilization;
A plurality of shower nozzles, it is separately positioned on a plurality of places of said packaging production line, and said packaging production line and peripheral equipment environment are carried out non-stop-machine cleaning and sterilization;
Connecting line, described a plurality of shower nozzles are connected on the said connecting line, and said connecting line connects said purging medium and bactericidal agent preparation facilities;
Pressure device is used for to the said connecting line that connects said a plurality of shower nozzles pressure being provided;
Control setup, itself and said purging medium and bactericidal agent preparation facilities, said a plurality of shower nozzles and said pressure device electrically connect, with sprinkling action, time and the intensity of preparation, storage and the shower nozzle of control purging medium and bactericidal agent.
2. the packaging production line of drinkable liquid according to claim 1 is characterized in that, said shower nozzle is arranged on a plurality of places of said bottle placer and capping machine, and said bottle placer and capping machine and peripheral equipment environment are carried out non-stop-machine cleaning and sterilization; Wherein, said cleaning and disinfection system also comprise the antidrip device that spatters, and it is used for preventing that purging medium and the bactericidal agent of cleaning and sterilization process from dripping is splashed in the bottle.
3. the packaging production line of drinkable liquid according to claim 2; It is characterized in that; The said antidrip device that spatters is specifically carried out fixedly bottleneck and/or filling liquid and/or is taken out the filling element of inflating body and move each other with being arranged in the said bottle placer, thereby preventing that purging medium and bactericidal agent in the cleaning and sterilization process from dripping is splashed in the bottle.
4. the packaging production line of drinkable liquid according to claim 3; It is characterized in that; The described antidrip device that spatters is at least one blowing device, and it is outer and near the bottle-delivery end of bottle placer that it is arranged on said bottle placer, and its blowing position is corresponding to filling valve valve port and bottleneck contact position of said filling element; Before separating, purging medium that might have and bactericidal agent on it are blown off at filling valve valve port and bottleneck.
5. the packaging production line of drinkable liquid according to claim 3; It is characterized in that; The described antidrip device that spatters is one or more soft devices of cleaning, and it is arranged on the said bottle placer outside and near its bottle-delivery end, and is soft when cleaning device through this before the intact bottle of can on the bottle placer is leaving bottle placer; Through cleaning the action of device, clean filling valve valve port neighbouring purging medium and bactericidal agent.
6. the packaging production line of drinkable liquid according to claim 3 is characterized in that, the said antidrip device that spatters includes:
The umbrella shape catch, its rotatable upside that is arranged on the filling valve valve port of said filling liquid unit, and the edge of said umbrella shape catch is provided with first guide portion;
Springing, it provides elastic-restoring force on the rotation direction of umbrella shape catch;
Second guide portion, it is fixed on the outside of said bottle placer, and near the bottle-delivery end of said filling liquid unit;
Wherein, When said umbrella shape catch during near second guide portion; Its first guide portion contacts with said second guide portion, and under the guiding of said second guide portion rotating certain angle, thereby when first guide portion and second leader from the time; Produce revolution rapidly through springing, and then purging medium and bactericidal agent drop that umbrella shape catch edge might be had drip in advance.
7. the packaging production line of drinkable liquid according to claim 3 is characterized in that, the said antidrip device that spatters includes:
The umbrella shape catch, the upside of the filling valve valve port that is arranged on said filling liquid unit that it can rock;
At least one rocks guide portion, and it is fixed on the outside of said bottle placer, and near the bottle-delivery end of said bottle placer;
Wherein, when said umbrella shape catch when rocking guide portion, the umbrella shape catch with rock guide portion and collide, and with rock the guide portion collision in produce and rock, thereby purging medium and bactericidal agent drop that umbrella shape catch edge might be had drip in advance.
8. the packaging production line of drinkable liquid according to claim 2 is characterized in that, the said antidrip device that spatters directly is arranged at filling element.
9. the packaging production line of drinkable liquid according to claim 8 is characterized in that, the said antidrip device that spatters includes: the retaining cap, and it is arranged on the upside of said filling valve valve port; The edge K/UP of said retaining cap, and have higher relatively edge and one section relatively low edge or breach, thus form water conservancy diversion make the purging medium that flows down along filling element and bactericidal agent can only be from lower edge or breach flow out.
10. the packaging production line of drinkable liquid according to claim 9; It is characterized in that; The direction of said retaining cap is set to; Said one section relatively low edge or breach point to the center of rotation of said bottle placer, make the purging medium and the bactericidal agent that flow out avoid bottle got into and left bottle placer along the conveyer chain road path.
11. the packaging production line of drinkable liquid according to claim 9; It is characterized in that; The direction of said retaining cap is set to; When empty bottle through the conveyer chain road get into said bottle placer and filling valve valve port near the time; And the bottle of the intact liquid of can descends and when separating with said filling valve valve port, edge that this section of said retaining cap is relatively low or breach are positioned at the entering of said bottle or the opposition side of departure direction, thereby prevent that bottle from having purging medium and bactericidal agent to drop onto the bottle near the filling valve valve port or when the filling valve valve port leaves through bottle supporting mechanism.
12. the packaging production line according to claim 9 or 10 or 11 described drinkable liquids is characterized in that, the plan view shape of said retaining cap is a cam-shaped, and said one section relatively low edge or breach are positioned at relative zone away from the center of circle.
13. the packaging production line of drinkable liquid according to claim 12 is characterized in that, the edge shape of said retaining cap is high for waiting, and only reserves one section said breach.
14. the packaging production line of drinkable liquid according to claim 12 is characterized in that, the edge shape of said retaining cap is high for not waiting, and reserves one section said breach.
15. the packaging production line of drinkable liquid according to claim 12 is characterized in that, the edge shape of said retaining cap is high for not waiting, lowermost portion non-flanged and form gap regions.
16. the packaging production line of drinkable liquid according to claim 12 is characterized in that, the base of said retaining cap is the non-height that waits, and said one section relatively low edge or breach are positioned at relatively low zone, base.
17. the packaging production line of drinkable liquid according to claim 2 is characterized in that, said bottle placer go into bottle conveyer chain road near one or more shower nozzles are set, this shower nozzle is corresponding to the body middle and lower part of spraying bottle; Go into the bottle end in rotational direction to one or more shower nozzles are set between the bottle-delivery end, so that each filling element is cleaned and sterilization at said bottle placer; Near the one or more shower nozzles that said capping machine, are provided with, the position of shower nozzle can just be buckled in position or position after a while on the said bottleneck corresponding to bottle cap.
18. the packaging production line of drinkable liquid according to claim 17 is characterized in that, in the inside of said bottle placer one or more shower nozzles is set on demand; Other is provided with one or more shower nozzle douche cans installation flat-bed metal sheet faces, and wine liquid that spills when will break bottle and excessive beer foam are rinsed well, carry out sterilization simultaneously.
19. the packaging production line according to claim 17 or 18 described drinkable liquids is characterized in that, said shower nozzle is an atomizer, and perhaps the nozzle of said shower nozzle can be slit, and it can spray and be in line.
20. the packaging production line of drinkable liquid according to claim 1; It is characterized in that; The valve of said purging medium and bactericidal agent preparation facilities, said connecting line and said pressure device and control setup electrically connect, and said shower nozzle discord control setup electrically connects.
21. the packaging production line of drinkable liquid according to claim 1 is characterized in that, said shower nozzle respectively has a switching device, and this switching device and said control setup electrically connect, thereby the realization control setup can be controlled each switching device respectively.
22. the packaging production line of drinkable liquid according to claim 2 is characterized in that, said bottle placer is the bottle placer of rotary type.
23. the packaging production line of drinkable liquid according to claim 4 is characterized in that, said blowing device comprises one at least, and it is through impulse singla control, thus only realize have bottle before said blowing device through the time just blow out high wind.
24. the packaging production line of drinkable liquid according to claim 1 is characterized in that, said purging medium and bactericidal agent preparation facilities are the oxidation potential water generating device.
25. the packaging production line of drinkable liquid according to claim 1 is characterized in that, said purging medium and bactericidal agent are acidic oxidized electric potential water.
CN201110108114.4A 2011-03-29 2011-04-28 Package production line for drinking liquid Expired - Fee Related CN102320543B (en)

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CN2011201297977U Expired - Fee Related CN202063704U (en) 2011-03-29 2011-04-28 Beer packaging production line
CN201110108137.5A Expired - Fee Related CN102311082B (en) 2011-03-29 2011-04-28 Cleaning and sterilizing method and system of beer filling device
CN201110108211.3A Expired - Fee Related CN102311083B (en) 2011-03-29 2011-04-28 Washing and sterilizing system used for liquid filling device
CN201110107717.2A Expired - Fee Related CN102311081B (en) 2011-03-29 2011-04-28 Method and system for washing and sterilizing drinking liquid filling device without stopping
CN2011201300927U Expired - Lifetime CN202038855U (en) 2011-03-29 2011-04-28 Cleaning and sterilization system of beer filling device
CN2011201300912U Expired - Fee Related CN202107514U (en) 2011-03-29 2011-04-28 Cleaning and sterilizing system for beer filling device
CN201110108264.5A Expired - Fee Related CN102303834B (en) 2011-03-29 2011-04-28 Washing and sterilizing method and washing and sterilizing system for drinking liquid filling device
CN201110108225.5A Expired - Fee Related CN102344108B (en) 2011-03-29 2011-04-28 Cleaning and sterilizing system of drinking liquid filling device
CN201110108114.4A Expired - Fee Related CN102320543B (en) 2011-03-29 2011-04-28 Package production line for drinking liquid
CN201110108070.5A Expired - Fee Related CN102320542B (en) 2011-03-29 2011-04-28 Method and system for non-stop cleaning and sterilizing beer filling device
CN201110122059.4A Expired - Fee Related CN102153039B (en) 2011-03-29 2011-05-12 System for cleaning and sterilizing drinking liquid filling device by using oxidation potential water
CN201110122060.7A Expired - Fee Related CN102205939B (en) 2011-03-29 2011-05-12 System for cleaning and sterilizing drinking liquid filling device without downtime

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CN2011201297977U Expired - Fee Related CN202063704U (en) 2011-03-29 2011-04-28 Beer packaging production line
CN201110108137.5A Expired - Fee Related CN102311082B (en) 2011-03-29 2011-04-28 Cleaning and sterilizing method and system of beer filling device
CN201110108211.3A Expired - Fee Related CN102311083B (en) 2011-03-29 2011-04-28 Washing and sterilizing system used for liquid filling device
CN201110107717.2A Expired - Fee Related CN102311081B (en) 2011-03-29 2011-04-28 Method and system for washing and sterilizing drinking liquid filling device without stopping
CN2011201300927U Expired - Lifetime CN202038855U (en) 2011-03-29 2011-04-28 Cleaning and sterilization system of beer filling device
CN2011201300912U Expired - Fee Related CN202107514U (en) 2011-03-29 2011-04-28 Cleaning and sterilizing system for beer filling device
CN201110108264.5A Expired - Fee Related CN102303834B (en) 2011-03-29 2011-04-28 Washing and sterilizing method and washing and sterilizing system for drinking liquid filling device
CN201110108225.5A Expired - Fee Related CN102344108B (en) 2011-03-29 2011-04-28 Cleaning and sterilizing system of drinking liquid filling device

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CN201110108070.5A Expired - Fee Related CN102320542B (en) 2011-03-29 2011-04-28 Method and system for non-stop cleaning and sterilizing beer filling device
CN201110122059.4A Expired - Fee Related CN102153039B (en) 2011-03-29 2011-05-12 System for cleaning and sterilizing drinking liquid filling device by using oxidation potential water
CN201110122060.7A Expired - Fee Related CN102205939B (en) 2011-03-29 2011-05-12 System for cleaning and sterilizing drinking liquid filling device without downtime

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CN202038855U (en) 2011-11-16
CN102205939A (en) 2011-10-05
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CN102205939B (en) 2014-10-22
CN102311082B (en) 2014-10-22
CN102153039A (en) 2011-08-17
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