CN104170750B - The method of the corresponding milk collection processing of a kind of component - Google Patents
The method of the corresponding milk collection processing of a kind of component Download PDFInfo
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- CN104170750B CN104170750B CN201410387293.3A CN201410387293A CN104170750B CN 104170750 B CN104170750 B CN 104170750B CN 201410387293 A CN201410387293 A CN 201410387293A CN 104170750 B CN104170750 B CN 104170750B
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01J—MANUFACTURE OF DAIRY PRODUCTS
- A01J5/00—Milking machines or devices
- A01J5/007—Monitoring milking processes; Control or regulation of milking machines
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Abstract
The invention discloses the method for the corresponding milk collection processing of a kind of component, to realize the component type supply of the milk of every cow head.The present invention is provided with expressing step, component corresponding step, sterilisation step, transferring storage step, filling step, coding step, in the corresponding step of component, multiple rewinding blending tank is set, in transferring storage step, multiple transferring storage tank is set, and by turn-key system, whole production procedure is controlled, achieve the milk that every cow head produces and can carry out filling production separately, the collection processing that milk component is corresponding can be realized easily, exactly, efficiently, finally realize the component type supply of the milk of every cow head.Present invention accomplishes consumer and select demand to the autonomy-oriented that dairy products are drunk, the precision achieved truly is customized.
Description
Technical field
The present invention relates to a kind of collection processing method of dairy products, belong to technical field of dairy processing.
Background technology
Along with the development of internet and Internet of Things, increasing big-and-middle-sized pasture and dairy products manufacturing and processing enterprise seletion calculation machine and information system management, intelligent development is inexorable trend.Meanwhile, because the living standard of consumers in general constantly promotes, the requirement of people to dairy products is also more and more higher, not only to consider the problem of food security, also to select the kind of dairy products, composition, grown place etc. indices, to selecting the applicable dairy products oneself drunk tinkling of jadesly meeting the eye on every side, in product various in style.
Consumer under this large background environment, how to realize every batch, or even every bottle of milk cooked careful differentiation, to the dairy products reviewing and select oneself demand applicable of dairy products' quality safety, can become the new problem of specially grinding in the industry.And in the prior art, in the Intelligentized method about Dairy Production processing, there is drawback all more or less, although can realize reviewing milk seedbed, all dairy products produced all are shared everything and are all pooled together, and then filling production.Finally be delivered to the milk in the hand of consumer, the milk which ox consumer still cannot know, when produce, still cannot know every physical and chemical index of the milk oneself drunk, because this bottle of milk is not come from same cow head, and not likely the milk produced the same time period yet.
Through preliminary search, do not have in prior art to realize collection processing method corresponding to milk component easily, exactly, efficiently, the possibility from main separation that consumer is drunk dairy products is zero, and the precision that cannot realize truly is customized.
Summary of the invention
In order to solve the problem, realize the component type supply of the milk of every cow head, the invention provides the method for the corresponding milk collection processing of a kind of component,
Comprise the steps:
Step one: milk
Clean cow breast, the nipple being enclosed within milk cow with the teatcup that flexible pipe connects is milked;
Before every cow head is milked, the milk volume flow evaluation that enters in teatcup makes zero;
After a cow head enters milking parlor, by milk cow ear tag identification equipment, milk bovine ear tag is identified, to confirm the essential information of this cow head, and will identify that the essential information (comprise milk cow numbering and/or the paternal line of milk cow is maternal and/or the health indicator information of milk cow) of the milk cow obtained passes to turn-key system;
Start vacuum system to start to milk, when the milk of this cow head has squeezed, vacuum will increase, teatcup Automatic-falling, in case have injury to cow breast;
Milk in above-mentioned teatcup is weighed;
The variable obtained weighing passes to turn-key system, and turn-key system carrys out the component correspondence processing of the milk in rate-determining steps two according to this variable;
Step 2: component is corresponding
Some rewinding blending tanks are set, for receiving the milk in described step one in teatcup, to realize the component correspondence processing to the milk obtained in step one; The number needs of this rewinding blending tank two and more than, specifically become original arrange flexibly according to the milk cow quantity participating in milking, pasture simultaneously; Each rewinding blending tank is provided with the opening for milk turnover, and opening is provided with the valve controlling folding, being set to of this opening: arrange charging aperture and discharging opening respectively, or only arranges an opening shared for charging and discharging; Correspondingly, valve is also divided into material inlet valve and discharge valve, or only has a valve to share for charging and discharging.This step is described for N number of rewinding blending tank, is labeled as 1# rewinding blending tank, 2# rewinding blending tank, 3# rewinding blending tank respectively ... N# rewinding blending tank.
Milk after weighing in step one is transported to 1# rewinding blending tank: the material inlet valve opening 1# rewinding blending tank, transporting milk, after treating this part of milk conveying, closes material inlet valve, judge that the foundation of when closing this material inlet valve is:
(1) function of weighing is set on rewinding blending tank, if when the milk wt be transported in rewinding blending tank reaches the variable obtained in step one, is then considered as this part of milk conveying complete, closes material inlet valve; Or
(2) by turn-key system according to the variable obtained in step one and the uninterrupted of this portion of milk in conveyance conduit, calculate the scheduled time this portion of milk being transported to rewinding blending tank in advance, if the time of actual fed this portion of milk reaches the above-mentioned scheduled time, then be considered as this part of milk conveying complete, close material inlet valve;
Said method can guarantee that the milk of this cow head all enters 1# rewinding blending tank, and only has the milk of this cow head in this 1# rewinding blending tank;
When the material inlet valve of 1# rewinding blending tank is closed, then open the material inlet valve of 2# rewinding blending tank simultaneously;
Before second cow head starts to milk, the milk volume flow evaluation that enters in teatcup makes zero again, then repeats above-mentioned steps, the milk of the second cow head is transported to 2# rewinding blending tank, close the material inlet valve of 2# rewinding blending tank, open the material inlet valve of 3# rewinding blending tank simultaneously;
After last (is N number of) rewinding blending tank delivered the milk of N cow head, the milk of the N+1 cow head is then input to the 1# rewinding blending tank emptied, the milk of N+2 cow head is then input to the 2# rewinding blending tank emptied, and rule carries out sequentially-fed, circulation conveying according to this.
Further, the present invention also comprises the step of milk being carried out to sterilization, transferring storage, and after at least two tanks in rewinding blending tank contain milk, side carries out sterilisation step below:
Open the discharge valve of 1# rewinding blending tank, the milk in the 1# rewinding blending tank of step 2 is transported in sterilization machine compensator by exporting centrifugal pump;
When the milk of 1# rewinding blending tank has been transferred, the discharge valve of 1# rewinding blending tank has been closed, and judges that the foundation of when closing this discharge valve is:
(1) utilize the function of weighing of 1# rewinding blending tank, if claim to obtain the weight of 1# rewinding blending tank when being 0 (peeling is heavy), be then considered as this portion of milk and carried complete, close discharge valve; Or
(2) by turn-key system according to the variable obtained in step one and the uninterrupted of this portion of milk in conveyance conduit, calculate the scheduled time all exported from 1# rewinding blending tank by this portion of milk in advance, if the time of actual fed this portion of milk reaches the above-mentioned scheduled time, then be considered as this part of milk conveying complete, close discharge valve;
Said method can guarantee that the milk of this cow head all enters in sterilization machine compensator, and only has the milk of this cow head in this sterilization machine compensator;
When the discharge valve of 1# rewinding blending tank is closed, the milk in described sterilization machine compensator is transported in sterilization and cooling step through centrifugal pump and filter and carries out sterilization, cooling; Open the discharge valve of 2# rewinding blending tank simultaneously;
In a manner described second portion of milk is transported to sterilization machine compensator, so analogize, when the milk in last rewinding blending tank is transported to after sterilization and cooling step through sterilization machine compensator, again the milk in 1# rewinding blending tank is transported to sterilization machine compensator again, rule carries out sequentially-fed, circulation conveying according to this.
Heat exchanger in the present invention adopts 5 groups of heat exchangers, is preheating heat exchanger respectively, sterilization heat exchanger, High-temperature cooling heat exchanger, sub-cooled heat exchanger, hot water prepares heat exchanger;
The present invention arranges some transferring storage tanks, for receiving through sterilization and the cooled milk of cooling step sterilization, to ensure that the milk after sterilization is still that component is corresponding; The number needs of this transferring storage tank two and more than, specifically become original arrange flexibly according to the milk cow quantity participating in milking, pasture simultaneously; Each transferring storage tank is provided with the opening for milk turnover, and opening is provided with the valve controlling folding, being set to of this opening: arrange charging aperture and discharging opening respectively, or only arranges an opening shared for charging and discharging; Correspondingly, valve is also divided into material inlet valve and discharge valve, or only has a valve to share for charging and discharging.This step is described for N number of transferring storage tank, is labeled as 1# transferring storage tank, 2# transferring storage tank, 3# transferring storage tank respectively ... N# transferring storage tank.
The milk of the first cow head is transported to sterilization and cooling step by centrifugal pump and filter by sterilization machine compensator, 1# transferring storage tank is all transported to after carrying out sterilization cooling, carry complete material inlet valve of then closing 1# transferring storage tank, open the material inlet valve of 2# transferring storage tank simultaneously; Judge when to close the foundation of the inlet valve of this transferring storage tank, consistent with the principle of the material inlet valve of aforementioned closedown rewinding blending tank, discharge valve foundation, repeat no more.
The milk of same second cow head is transported to 2# transferring storage tank according to above-mentioned steps; So analogize, after last transferring storage tank is admitted to milk, then the milk of next cow head is transported to the 1# transferring storage tank emptied, rule carries out sequentially-fed, circulation conveying according to this.
Further, the method that milk is weighed in abovementioned steps one is: between teatcup and rewinding blending tank, set up a special computation weigh instrument weigh separately to milk, or use the teatcup with function of weighing, milk is directly weighed in teatcup.
Further, the detailed process that milk carries out sterilization cooling through described sterilization and cooling step is: milk is transported to preheating heat exchanger and is warming up to 65 degree of-70 degree, be delivered to homogenizer simultaneously and carry out homogeneous, be transported to sterilization heat exchanger again and carry out sterilization, eventually pass High-temperature cooling heat exchanger, sub-cooled heat exchanger is cooled to temperature required for final products.
Further, the inventive method also comprises filling step:
First to carry out disinfection to the working environment of liquid filling machine before filling the container;
Milk after sterilization is sent by transferring storage tank, is transported to liquid filling machine compensator by exporting centrifugal pump;
The bottle-type determined is sent into liquid filling machine by bottle managing machine.
Further, Concentration Testing instrument is also provided with in aforementioned teatcup/rewinding blending tank/sterilization machine compensator/transferring storage tank/liquid filling machine compensator, for detecting every physical and chemical index of this portion of milk, this physical and chemical index comprise following every in one or more: protein content, fat content, cane sugar content, glucose content, lactose content.
Further, utilize the laser ink jet printer of computer-shape, by following every in be one or morely sprayed on bottle or bottle sleeve is put on: the essential information of the milk cow obtained in the physical and chemical index of the milk that Concentration Testing instrument detects, step one, Milking time, date of manufacture, shelf-life; To guarantee that the content of every bottle is consistent with the information that bottle sprays, every bottle of milk is made to trace to its source thus.
The present invention is by adopting technique scheme, utilization arranges multiple rewinding blending tank, and by turn-key system, whole production procedure and equipment are controlled, achieve the milk that every cow head produces and can carry out filling production separately, the collection processing that milk component is corresponding can be realized easily, exactly, efficiently, finally realize the component type supply of the milk of every cow head.By the essential information of every ox and every physical and chemical index are sprayed on feeding bottle, the milk make consumer's milk can known in hand be which ox, when producing, know every physical and chemical index of the milk oneself drunk, meet consumer and select demand to the autonomy-oriented that dairy products are drunk, the precision achieved truly is customized.
Accompanying drawing explanation
Fig. 1 is the flow chart of the inventive method embodiment.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in further detail.
The flow process of the preferred embodiment of the inventive method as shown in Figure 1, comprise from milking, rewinding, sterilization, transfer, filling, coding overall process:
Step one: milk
Nipple teatcup being enclosed within milk cow is milked; Before every cow head is milked, the milk volume flow evaluation that enters in teatcup makes zero;
After a cow head enters milking parlor, by milk cow ear tag identification equipment, identify milk bovine ear tag, to confirm the essential information of this cow head, and the essential information of milk cow identification obtained, Milking time pass to turn-key system;
Start vacuum system to start to milk, when the milk of this cow head has squeezed, milk in teatcup is weighed, the method of weighing is: between teatcup and rewinding blending tank, set up a special computation weigh instrument weigh separately to milk, or use the teatcup with function of weighing, milk is directly weighed in teatcup, and the variable obtained weighing passes to turn-key system, and turn-key system carrys out the component correspondence processing of the milk in rate-determining steps two according to this variable;
Step 2: component is corresponding
3 rewinding blending tanks are set, are labeled as 1# rewinding blending tank, 2# rewinding blending tank, 3# rewinding blending tank respectively for the milk in teatcup in receiving step one; Each rewinding blending tank is provided with the charging aperture and discharging opening that pass in and out for milk, charging aperture arranges material inlet valve, discharging opening arranges discharge valve, for controlling the switch of charging aperture and discharging opening;
Milk after weighing in step one is transported to 1# rewinding blending tank: the material inlet valve opening 1# rewinding blending tank, transporting milk, after treating this part of milk conveying, closes material inlet valve, judge that the foundation of when closing this material inlet valve is:
(1) function of weighing is set on rewinding blending tank, if when the milk wt be transported in rewinding blending tank reaches the variable obtained in step one, is then considered as this part of milk conveying complete, closes material inlet valve; Or
(2) by turn-key system according to the variable obtained in step one and the uninterrupted of this portion of milk in conveyance conduit, calculate the scheduled time this portion of milk being transported to rewinding blending tank in advance, if the time of actual fed this portion of milk reaches the above-mentioned scheduled time, then be considered as this part of milk conveying complete, close material inlet valve;
Said method can guarantee that the milk of this cow head all enters 1# rewinding blending tank, and only has the milk of this cow head in this 1# rewinding blending tank;
When the material inlet valve of 1# rewinding blending tank is closed, then open the material inlet valve of 2# rewinding blending tank simultaneously;
Before second cow head starts to milk, the milk volume flow evaluation that enters in teatcup makes zero again, then repeats above-mentioned steps, the milk of the second cow head is transported to 2# rewinding blending tank, close the material inlet valve of 2# rewinding blending tank, open the material inlet valve of 3# rewinding blending tank simultaneously;
After 3# rewinding blending tank delivered the milk of the 3rd cow head, the milk of the 4th cow head is then input to the 1# rewinding blending tank emptied, the milk of the 5th cow head is then input to the 2# rewinding blending tank emptied, and rule carries out sequentially-fed, circulation conveying according to this.
Step 3: sterilization, transferring storage
When in rewinding blending tank after wherein two tanks contain milk, side carries out step below:
Open the discharge valve of 1# rewinding blending tank, open the material inlet valve (this valve also can be arranged on the conveyance conduit between rewinding blending tank and sterilization machine compensator) of sterilization machine compensator simultaneously, export centrifugal pump, the milk in 1# rewinding blending tank is transported in sterilization machine compensator by exporting centrifugal pump;
When the milk of 1# rewinding blending tank has been transferred, the discharge valve of 1# rewinding blending tank has been closed, and judges that the foundation of when closing this discharge valve is:
(1) utilize the function of weighing of 1# rewinding blending tank, if claim to obtain the weight of 1# rewinding blending tank when being 0 (peeling is heavy), be then considered as this portion of milk and carried complete, close discharge valve; Or
(2) by turn-key system according to the variable obtained in step one and the uninterrupted of this portion of milk in conveyance conduit (calculating according to motor speed, pipe diameter), calculate the scheduled time all exported from 1# rewinding blending tank by this portion of milk in advance, if the time of actual fed this portion of milk reaches the above-mentioned scheduled time, then be considered as this part of milk conveying complete, the discharge valve of 1# rewinding blending tank is closed;
Said method can guarantee that the milk of this cow head all enters in sterilization machine compensator, and only has the milk of this cow head in this sterilization machine compensator;
In a manner described second portion of milk is transported to sterilization machine compensator, so analogize, when the milk in 3# rewinding blending tank is after sterilization machine compensator is transported to heat exchanger, again the milk in 1# rewinding blending tank is transported to sterilization machine compensator again, rule carries out sequentially-fed, circulation conveying according to this.
The setting of sterilization temperature: pasteurised milk sterilization 85 degree, sterilizing time 15s
Before production, must to sterilization machine self and transferring storage tank, liquid filling machine compensator to filling head, and the feeding pipe that they connect each other carries out sterilization, will carry out disinfection to required filling packaging bottle simultaneously;
Heat exchanger in the present invention adopts 5 groups of heat exchangers, is preheating heat exchanger respectively, sterilization heat exchanger, High-temperature cooling heat exchanger, sub-cooled heat exchanger, hot water prepares heat exchanger;
The present invention arranges 3 transferring storage tanks, is labeled as 1# transferring storage tank, 2# transferring storage tank, 3# transferring storage tank respectively, for receiving through sterilization and the cooled milk of cooling step sterilization, to ensure that the milk after sterilization is still that component is corresponding; Each transferring storage tank is provided with the charging aperture and discharging opening that pass in and out for milk, and charging aperture arranges material inlet valve, discharging opening arranges discharge valve, to control the switch of charging aperture and discharging opening;
After machine to be sterilized is ready to, namely material top water program is entered: (machine to be filled sterilization is complete, can send signal to turn-key system when can carry out filling according to the time reckoning of a sterilization machine circular flow and when sterilization machine reflux line occurs expecting aqueous mixtures, turn-key system sends can produce signal to sterilization machine, as long as operating personnel press " production ", button can be produced), the milk in sterilization machine compensator is transported in sterilization and cooling step through centrifugal pump and filter and carries out sterilization, cooling; The detailed process of sterilization of milk cooling is: milk is transported to preheating heat exchanger and is warming up to 65 degree of-70 degree, be delivered to homogenizer simultaneously and carry out homogeneous, be transported to sterilization heat exchanger again and carry out sterilization, eventually pass High-temperature cooling heat exchanger, sub-cooled heat exchanger is cooled to temperature required for final products.
Milk is sent to emptying and open the 1# transferring storage tank of material inlet valve (switch filtrated air valve) simultaneously; Carry complete material inlet valve of then closing 1# transferring storage tank, open the material inlet valve of 2# transferring storage tank simultaneously; Judge the foundation of when closing the material inlet valve of this transferring storage tank, consistent with the principle of the valve foundation of aforementioned closedown rewinding blending tank, repeat no more.
The milk of same second cow head is transported to 2# transferring storage tank according to above-mentioned steps; So analogize, after 3# transferring storage tank is admitted to milk, then the milk of next cow head is transported to the 1# transferring storage tank emptied, rule carries out sequentially-fed, circulation conveying according to this.
When continuous seepage, each 1,2,3# rewinding blending tank and 1,2, material in 3# transferring storage tank emptying after do not need to clean, only have holding vessel by unproductive for long period situation, need clean whole production line, can select to carry out CIP cleaning procedure.
Step 4: filling
When wherein two tanks in transferring storage tank just can carry out milk to carry to liquid filling machine compensator after having contained milk, enter filling program subsequently.
First to carry out disinfection to the working environment of liquid filling machine before filling the container;
Milk after sterilization is sent by transferring storage tank, is transported to liquid filling machine compensator by exporting centrifugal pump;
Open the discharge valve of 1# transferring storage tank, open the material inlet valve (this valve also can be arranged on the conveyance conduit between transferring storage tank and liquid filling machine compensator) of liquid filling machine compensator, starting output centrifugal pump delivers in liquid filling machine compensator by the milk in 1# transferring storage tank, the discharge valve of complete closedown 1# transferring storage tank to be conveyed, open the discharge valve of 2# transferring storage tank simultaneously, the opportunity of valve-off is consistent with preceding method, repeats no more.Now liquid filling machine enters material top water program, how much calculate when material aqueous mixtures appears in the filling head of liquid filling machine according to liquid filling machine interior conduit water-holding quantity, i.e. changeable filling valve door, namely liquid filling machine enters state to be produced, that waits for follow-up equipment gets out instruction, receive ready signal, the filling valve can opened on liquid filling machine starts filling.
After the milk in 1# transferring storage tank empties, at once open the discharge valve of 2# transferring storage tank, and the discharge valve of time-delay closing 1# transferring storage tank.
Now liquid filling machine feed pipe enters material liftout program: when: when the milk in 1# transferring storage tank all arrives in liquid filling machine compensator, close liquid filling machine material inlet valve, when the milk in wait liquid filling machine compensator arrives low liquid level, just can open the inlet valve of this liquid filling machine.
Equally after the material in 2# transferring storage tank empties, at once open the discharge valve of 3# transferring storage tank, and the discharge valve of time-delay closing 2# transferring storage tank.
So analogize, after the milk in 3# transferring storage tank empties, at once open the discharge valve of 1# transferring storage tank, and the discharge valve of time-delay closing 3# transferring storage tank.
Circulation like this.
Bottle managing machine by determine bottle-type (specification is as 250ml, 500ml, 1000ml etc.) send into five in one liquid filling machine (flushing, medicine sterilization, aseptic water washing, quantitative filling, capping five processes);
This enforcement is also provided with Concentration Testing instrument in aforementioned teatcup/rewinding blending tank/sterilization machine compensator/transferring storage tank/liquid filling machine compensator, for detecting every physical and chemical index of this portion of milk, this physical and chemical index comprises the content of protein content and/or fat content and/or sucrose or glucose or lactose.The essential information of the milk cow obtained in the physical and chemical index of the milk that Concentration Testing instrument is detected and/or step one and/or Milking time and/or date of manufacture and/or shelf-life, the laser ink jet printer of computer-shape is utilized to be sprayed on bottle or bottle sleeve is put on, to guarantee that the content of every bottle is consistent with the information that bottle sprays, every bottle of milk is made to trace to its source thus.
Technical characteristic involved in above-mentioned embodiment, just can combine mutually as long as do not form conflict to each other.The invention is not restricted to above-described embodiment, all technical schemes adopting equivalent replacement or equivalence replacement to be formed all belong to the scope of protection of present invention.
Claims (7)
1. a method for the corresponding milk collection processing of component, is characterized in that, comprise the steps:
Step one: milk
Before every cow head is milked, the milk volume flow evaluation that enters in teatcup makes zero;
After a cow head enters milking parlor, by milk cow ear tag identification equipment, milk bovine ear tag is identified, and will identify that the essential information of the milk cow obtained passes to turn-key system;
Start vacuum system to start to milk, when the milk of this cow head has squeezed, the milk in described teatcup is weighed;
The variable obtained weighing passes to turn-key system, and the component that described turn-key system takes the milk in rate-determining steps two according to this variable is corresponding;
Step 2: component is corresponding
Milk after weighing in step one is transported to 1# rewinding blending tank: the valve opening 1# rewinding blending tank, transporting milk, treats valve-off after the conveying of this portion of milk, judge when to close this valve according to being:
(1) function of weighing is set on rewinding blending tank, if when the milk wt in described rewinding blending tank reaches the variable obtained in step one, is then considered as this part of milk conveying complete, valve-off; Or
(2) by described turn-key system according to the variable obtained in step one and the uninterrupted of this portion of milk in conveyance conduit, calculate the scheduled time this portion of milk being transported to described rewinding blending tank in advance, if the time of actual fed this portion of milk reaches the above-mentioned scheduled time, then be considered as this part of milk conveying complete, valve-off;
When the valve closing of 1# rewinding blending tank, then open the valve of 2# rewinding blending tank simultaneously;
Before second cow head starts to milk, the milk volume flow evaluation that enters in teatcup makes zero again, then repeats above-mentioned steps, the milk of the second cow head is transported to 2# rewinding blending tank, closes the valve of 2# rewinding blending tank, opens the valve of 3# rewinding blending tank simultaneously;
After last rewinding blending tank delivered the milk of N cow head, the milk of the N+1 cow head is then input to the 1# rewinding blending tank emptied, the milk of N+2 cow head is then input to the 2# rewinding blending tank emptied, and rule carries out sequentially-fed, circulation conveying according to this.
2. method according to claim 1, is characterized in that, after at least two tanks in rewinding blending tank contain milk, also will carry out the step of sterilization, transferring storage:
Open the valve of the 1# rewinding blending tank of described step 2, the milk in described 1# rewinding blending tank is transported in sterilization machine compensator;
When the milk of described 1# rewinding blending tank has been transferred, the valve closing of described 1# rewinding blending tank, has judged that the foundation of when closing this valve is:
(1) utilize the function of weighing of described rewinding blending tank, if claim to obtain the tare deduction of described rewinding blending tank when being 0, be then considered as this portion of milk and carried complete, valve-off; Or
(2) by described turn-key system according to the variable obtained in step one and the uninterrupted of this portion of milk in conveyance conduit, calculate the scheduled time all exported from described rewinding blending tank by this portion of milk in advance, if the time of actual fed this portion of milk reaches the above-mentioned scheduled time, then be considered as this part of milk conveying complete, valve-off;
When the valve closing of 1# rewinding blending tank, the milk in described sterilization machine compensator is transported in sterilization and cooling step and carries out sterilization, cooling; Open the valve of 2# rewinding blending tank simultaneously;
In a manner described second portion of milk is transported to sterilization machine compensator, so analogize, when the milk in last rewinding blending tank is transported to after sterilization and cooling step through sterilization machine compensator, again the milk in 1# rewinding blending tank is transported to sterilization machine compensator again, rule carries out sequentially-fed, circulation conveying according to this;
The milk of the first cow head is transported to described sterilization and cooling step by described sterilization machine compensator, carry out sterilization, cooling, all be transported to 1# transferring storage tank again, carry complete, close the valve of described 1# transferring storage tank, open the valve of 2# transferring storage tank simultaneously; Judge the foundation of when closing the valve of this transferring storage tank, consistent with the principle of the valve foundation of aforementioned closedown rewinding blending tank;
The milk of same second cow head is transported to described 2# transferring storage tank according to above-mentioned steps; So analogize, after last transferring storage tank is admitted to milk, then the milk of next cow head is transported to the 1# transferring storage tank emptied, rule carries out sequentially-fed, circulation conveying according to this;
3. method according to claim 1 and 2, is characterized in that, the method that milk is weighed in step one is: use special computation weigh instrument or the teatcup with function of weighing.
4. method according to claim 2, it is characterized in that, the detailed process that milk carries out sterilization cooling through described sterilization and cooling step is: milk is transported to preheating heat exchanger and is warming up to 65 degree of-70 degree, be delivered to homogenizer simultaneously and carry out homogeneous, be transported to sterilization heat exchanger again and carry out sterilization, eventually pass High-temperature cooling heat exchanger, sub-cooled heat exchanger is cooled to temperature required for final products.
5. method according to claim 1 and 2, is characterized in that, also comprises filling step:
The milk sent through abovementioned steps is transported in liquid filling machine compensator;
The bottle-type determined is sent into liquid filling machine and is carried out filling by bottle managing machine.
6. method according to claim 5, it is characterized in that, Concentration Testing instrument is also provided with in described teatcup/rewinding blending tank/sterilization machine compensator/transferring storage tank/liquid filling machine compensator, for detecting every physical and chemical index of this portion of milk, it is one or more that described physical and chemical index comprises in protein content, fat content, cane sugar content, glucose content and lactose content.
7. method according to claim 6, is characterized in that, also comprises the step of coding after filling:
One or more in the essential information of the milk cow obtained in the physical and chemical index of the milk detected by described Concentration Testing instrument, step one, Milking time, date of manufacture and shelf-life, is sprayed on bottle or bottle sleeve is put on.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410387293.3A CN104170750B (en) | 2014-08-08 | 2014-08-08 | The method of the corresponding milk collection processing of a kind of component |
| AU2015299558A AU2015299558B2 (en) | 2014-08-08 | 2015-08-06 | Method for amount-distribution corresponding collection and processing of milk |
| PCT/CN2015/086200 WO2016019879A1 (en) | 2014-08-08 | 2015-08-06 | Method for amount-distribution corresponding collection and processing of milk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410387293.3A CN104170750B (en) | 2014-08-08 | 2014-08-08 | The method of the corresponding milk collection processing of a kind of component |
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| Publication Number | Publication Date |
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| CN104170750A CN104170750A (en) | 2014-12-03 |
| CN104170750B true CN104170750B (en) | 2016-04-20 |
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| CN201410387293.3A Expired - Fee Related CN104170750B (en) | 2014-08-08 | 2014-08-08 | The method of the corresponding milk collection processing of a kind of component |
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| CN (1) | CN104170750B (en) |
| AU (1) | AU2015299558B2 (en) |
| WO (1) | WO2016019879A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104170750B (en) * | 2014-08-08 | 2016-04-20 | 我家牧场南京乳业有限公司 | The method of the corresponding milk collection processing of a kind of component |
| CN105191809A (en) * | 2015-10-30 | 2015-12-30 | 丹阳市联创畜牧养殖有限公司 | Milking machine for goat |
| NL2019128B1 (en) * | 2017-06-27 | 2019-01-07 | Lely Patent Nv | Milk system |
| CN108308508A (en) * | 2018-03-26 | 2018-07-24 | 上海冠生园蜂制品有限公司 | A kind of high viscosity liquid food semi-finished product traceability system |
| CN108703217A (en) * | 2018-04-25 | 2018-10-26 | 江苏小鹿电子商务有限公司 | A kind of preparation method of degreasing Yoghourt |
| CN109824004A (en) * | 2019-03-20 | 2019-05-31 | 中国热带农业科学院橡胶研究所 | It is a kind of to receive colloid system and method automatically |
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|---|---|---|---|---|
| EP1092345A1 (en) * | 1999-03-01 | 2001-04-18 | Josu Izagirre Irure | Milk collecting-distributing mechanism for animals |
| ES2283155B2 (en) * | 2000-02-24 | 2008-10-01 | Josu Izaguirre Irure | FLUID COLLECTOR-DISTRIBUTOR MECHANISM (LIQUID, VAPOR AND / OR GASES). |
| AU2005262974B2 (en) * | 2004-07-13 | 2011-02-17 | Delaval Holding Ab | Controllable vacuum source |
| US20080121185A1 (en) * | 2006-11-27 | 2008-05-29 | Talo Tamminga | System and method of production for milk products |
| CN102958351A (en) * | 2010-07-08 | 2013-03-06 | 利拉伐控股有限公司 | Method and arrangement for control of the milking |
| CN103782954B (en) * | 2014-01-25 | 2016-03-02 | 广东燕塘乳业股份有限公司 | Milk cow based on RFID technique becomes more meticulous cultural method |
| CN104170750B (en) * | 2014-08-08 | 2016-04-20 | 我家牧场南京乳业有限公司 | The method of the corresponding milk collection processing of a kind of component |
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2014
- 2014-08-08 CN CN201410387293.3A patent/CN104170750B/en not_active Expired - Fee Related
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2015
- 2015-08-06 AU AU2015299558A patent/AU2015299558B2/en not_active Ceased
- 2015-08-06 WO PCT/CN2015/086200 patent/WO2016019879A1/en active Application Filing
Also Published As
| Publication number | Publication date |
|---|---|
| WO2016019879A1 (en) | 2016-02-11 |
| CN104170750A (en) | 2014-12-03 |
| AU2015299558A1 (en) | 2017-03-09 |
| AU2015299558B2 (en) | 2019-02-07 |
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