KR100673506B1 - A server for managing quality of milk and cow and a computer readable medium storing a program for the same - Google Patents

Abstract

A server for managing quality of milk and cows, and a computer-readable recording medium storing a program for the same are provided to efficiently manage diverse kinds of milk quality information and entity state information by comparing reference information with measurement information received from a dairy farmer. An entity information input part(22) inputs ID/history information of each cow. A measurement device(21) inputs milk quality/entity state measurement information. A management server(10) receives/stores the reference information, and the information inputted from each part, generates/stores milk quality/entity state analysis information by analyzing the milk quality/entity state measurement information based on at least one of the reference information and the history information, and generates control information for a dairy device based on the analysis information. The management server provides the measurement information, the analysis information, and the control information by responding to a request of a user connected to the server, and periodically provides the milk quality analysis information to an HACCP(Hazard Analysis Critical Control Point) management server(40).

Description

A server for managing quality of milk and cow and a computer readable medium storing a program for the same}

1 is a schematic diagram showing the relationship between a server for dairy quality and cow individual management according to an embodiment of the present invention, dairy farmers, assay server, HACCP management server.

Figure 2 is a block diagram showing a detailed configuration of a server for milk quality and cow individual management according to an embodiment of the present invention.

3 to 14 is a display screen configuration showing a measurement and analysis information providing form according to an embodiment of the present invention.

The present invention relates to a system for managing milk quality and cow populations milked in dairy farms, and in particular, to manage milk quality and milk introducer based on reference information including professional dairy management information and measurement information supplied from dairy farms. And a computer readable recording medium having stored thereon a management server and a program therefor.

As the factors that threaten the dairy industry, such as increased dairy imports and environmental regulations, the importance of information utilization for increasing the competitiveness of dairy farmers is increasing. The average number of cows raised in domestic dairy farms is 54, of which more than 30 cows are milked twice a day. Therefore, each dairy farmer must carry out at least 60 milking operations per day. During the milking process, a significant amount of measurement information is generated every day. Measurement information, which is the basic information for managing milk quality and cow populations, is collected from various measuring devices and is very diverse. In order to efficiently manage the condition of cows, which is closely related to the quality of milk, the correlation of different measurement information should be analyzed and it is necessary to statistically grasp the measured or analyzed information and predict the change.

The problems of conventional milk quality and cow population management are as follows. First, there is too much kind and amount of information. At the end of each cow's milking cycle, each cow's milking, milk quality, feed, cow's activity, such as estrus, should be analyzed. In addition, dairy components and breeding information should be analyzed at least once a month. Second, it is very difficult to analyze the correlation of information collected from different measuring devices. For example, the flow rate information is collected from the electronic flowmeter, and the feeding information closely related to the flow rate is collected from the automatic feeder, so that the manager compares the measurement information obtained by using individual programs that are run on different devices. shall. Therefore, not only a lot of effort is required, but also a risk of analysis error due to the subjective interpretation of the manager. Third, it is difficult to accumulate and compare information. Therefore, it is practically impossible to predict the change trend and the change through a certain period of time. Fourth, it is difficult to share information obtained from individual dairy farmers. For example, the milk quality information obtained from individual dairy farmers is not delivered to the institution that manages the Hazard Analysis Critical Control Point (HACCP), which makes it difficult to efficiently manage the milk quality of the entire dairy farmer.

The present invention provides a milk quality and dairy cow management server and a computer readable recording medium storing programs therefor for more efficiently managing various kinds of milk quality information and individual state information.

Milk quality and cow object management server according to the present invention, receiving and storing the identification information and history information of the cow individual, receiving and storing the measurement information regarding the milk quality and cow individual status, and receives and stores the reference information Analyzing the measurement information based on at least one of the reference information and the history information to generate analysis information, storing the generated analysis information, and in response to a request of a user accessing the management server. And the analysis information.

In the recording medium storing the milk quality and cow individual management program according to the present invention, receiving and storing identification information and history information of the cow individual, receiving and storing the measurement information about milk quality and cow individual status, reference information Receives and stores the input, and analyzes the measurement information based on at least one of the reference information and the history information to generate analysis information, and stores the generated analysis information, in response to a user's request A program for milk quality and cow population management is provided that provides the analysis information.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention.

Referring to Figure 1, milk quality and cow individual management server (hereinafter referred to as management server) according to the present invention 10 is a dairy farmer 20 subscribed as a member to use the services provided by the management server 10 Input measurement information and individual information from the analysis, and analyze the input measurement information and individual information to generate the analysis information on the milk quality and the condition of the individual, the dairy farmer 20, that is, the measurement information and analysis information at the request of the member To provide. In addition, the management server 10 may compare the test information and the measurement information provided from the test information providing server (hereinafter referred to as the test server) 30. In addition, the management server 10 may generate information necessary for controlling a dairy device, such as a feeder, a cooling tank, a washing tank, and the like provided in the dairy farm 20 based on the analysis information.

The measurement information is provided from the measuring device 21 provided in the dairy farm 20. The measuring device 21 includes a milk quality measuring device and an individual state measuring device. The milk quality measuring device includes at least one of a milk component analyzer, a temperature measuring device of a cooling tank for storing milk, and a temperature measuring device of a washing tank for storing washing water for washing equipment, and the individual condition measuring device includes an electronic flow meter, a heat detection sensor, and a feeding amount. At least one of a meter and a feed residual meter. The milk quality information provided from the milk quality measuring device includes at least one of a milk component, a temperature of a Mil Urea Nitrogen (MUN) washing tank, and a temperature of a cooling tank. Milk components, including milk fat percentage, milk protein ratio and the like, are provided from the oil component analyzer, and the temperature of the washing tank and the temperature of the cooling tank are provided from the temperature measuring tank and the temperature measuring tank of the cooling tank, respectively. The individual state information provided from the individual state measuring device includes at least one of milking amount, feed remaining amount, feed amount and estrus sign information. The milking amount is provided from the electronic flowmeter, the feed remaining amount is provided from the feed residual meter provided in the feed bin, the feed amount is provided from the feed meter, It is provided from a estrous sensor. The measurement information provided from each measuring device includes an information identifier to distinguish various types of measurement information.

Individual information is input through the individual information input unit 22 provided in the member dairy farm. The entity information includes entity identification information and entity history information. The individual identification information includes the individual identification number and the name of the individual, and the object history information includes the parent's name of the individual, birthday, code of semen used for artificial insemination, parity information, delivery date, delivery difficulty, scheduled delivery date, and dry date. do. The entity information input unit 22 may be implemented as an identifier and a reader in which a unique number is recorded. The identifier is attached or implanted in or out of each cow, and the reader reads the unique number of the individual recorded on the identifier. The identifier may be implemented by a barcode, a radio frequency identification tag, or the like, and the reader may be implemented by a wired or wireless barcode reader or an RF ID reader. Alternatively, the object information input unit 22 may be implemented as a keyboard, a keypad, a touch screen, or the like.

The measurement information is directly input to the management server 10 from the measuring device 21 or to the management server 10 through the member terminal 23 provided in the member dairy farm 20. The member terminal 23 directly receives measurement information from each measuring device 21 through wired or wireless communication, or receives from a member. The member terminal 23 may be implemented as a device having a microprocessor such as a desktop personal computer (PC), a portable notebook computer, a personal digital assistant (PDA), and the like, capable of transmitting and receiving data. In addition, the member terminal 23 may receive a correction of the measurement information from the member. In addition, the member terminal 23 may control the dairy device based on the control necessary information generated by the management server 10. As described above, when the object information input unit 22 is implemented as a keyboard, a keypad, a touch screen, or the like, the object information input unit 22 may be part of the member terminal 23. The member dairy farm 20 may have a plurality of member terminals 23 in various forms.

Referring to FIG. 2, the management server 10 includes a member authentication unit 11, a reference information storage unit 12, a measurement information storage unit 13, an object information storage unit 14, and an analysis information generation unit 14. The analysis information storage unit 15 and the information providing unit 16 is included. The member authentication unit 11 manages a member's subscription, a member's unique number, a member's access, a grade setting, a service providing level according to a grade, and the like. Member authentication is implemented according to membership authentication of various web sites, so detailed description thereof will be omitted.

The reference information storage unit 12 stores the reference information input from the management server 10 operator or expert. The reference information stores milking amount, milk component, abnormal symptom determination information, milk alteration determination information, correlation between the start of milking and milk fat ratio, reference somatic cell number, and preferred milking date information. For example, the reference storage unit 12 has a milk fat ratio of 5.5% in milk milked within 50 days from the start of milking, 500,000 somatic cell counts for each cow, 400 days of milking maximum for each cow, and milking start date of each cow. Milk fat within 35 days from: milk protein standard value 1.5, milk quality grade according to comparison between milk protein value and milk fat value, standard milk fat value 3.0%, standard temperature 5 ℃ for cooling tank, abnormal temperature for cooling tank 1 hour, feed residue Information such as 20% of inventory, 30% of difference between recent milking and previous milking, 30% of electric conductivity tolerance of flowmeter, and 78 ℃ of abnormal temperature of cleaning tank are stored. The content stored in the reference information storage unit 12 is selected and input by the management server 10 operator, but is not limited to the above-described items.

Measurement information storage unit 12, based on the unique number of each dairy farmer, the unique number of the individual, the information identifier, the measurement information, such as milking maintenance rate, milk protein percentage, MUN, etc. collected from the individual possessed by each member, by type. Store by time.

The object information storage unit 13 is the object history information input through the object information input unit 22, that is, the parent's name, date of birth, the code of semen used for artificial insemination, parity information, delivery date, delivery difficulty, dry date Save it.

The analysis information generation unit 15 analyzes the milk quality measurement information or the object state measurement information based on at least one of the individual history information and the reference information, and generates the analysis information. Preferably, the analysis information generation unit 15 is based on the unique number of the member stored in the measurement information storage unit 13, the unique number of the individual, and the milking amount of the individual of the total number of individuals owned by each member Calculate the average flow rate of water and milk milk individuals, calculate the milking days of individuals based on daily milking of milk milk individuals, analyze flow rate fluctuations, and determine the appropriateness of somatic cell count and feed formulation ratio based on milk components such as milk fat and milk protein And estimate the health of the individual. In addition, the analysis information generation unit 15 classifies the state of the object into a metaphoric rising state, a non-peaking state, a metabolic persistence state, and a body making state based on the scattering information of the individual and the milking days, and based on the estrous information. Analyze timing of insemination. For example, the state of an individual whose milking days have passed 500 days is a making state. In addition, the analysis information generation unit 15 analyzes the individual's feed intake from the feed amount or the remaining feed amount, and analyzes the adequacy of the individual's milk supply to the feed intake from the feed intake and milking amount. In addition, the analysis information generation unit 15 generates analysis information on the individual state based on the milk quality measurement information and reference information. For example, if the milk protein: milk fat is above a certain value, the subject is analyzed to have hyperacidity, one of the major diseases. In addition, the analysis information generation unit 15 analyzes at least one of measurement information, reference information, and object information to generate warning information. The warning information may include an abnormal symptom notification information of an individual, schedule notification information to be performed within a designated period from a reference date (current), and the like. In addition, the analysis information generation unit 15 may refer to the test information provided from the test server 30 during the analysis. For example, the analysis information generator 15 compares the test information input from the test server 30 with the measurement information to generate the analysis information. Preferably, the analysis information generation unit 15 compares the average flow rate of the top 20% dairy farmers for each item input from the test server 30 and the average flow rate of the individual milk producers owned by the member dairy farmer. In addition, the analysis information generation unit 15 generates milk abnormality information, temperature abnormality information on the basis of the temperature measurement information and reference information for each day of the cooling tank or the washing tank. The analysis information generated by the analysis information generation unit 15 is merely an example, and more various analysis information may be generated.

The analysis information storage unit 16 classifies and analyzes the analysis information into ranch analysis information and individual analysis information. The ranch analysis information and individual analysis information are analysis information of all individuals possessed by the member, and the individual analysis information is analysis information information of each individual possessed by the member. Pasture analysis information and individual analysis information are classified and stored in detail. For example, the ranch analysis information and individual analysis information include flow analysis information, somatic analysis information, retention analysis information, milk protein analysis information, maintenance rate: milk protein analysis information. The analysis information is classified by object, period, and measurement information type and stored in the analysis information storage unit 16.

The information provider 17 provides the member terminal 23 with at least one of the measurement information and the analysis information. Preferably, when the member is logged in, the information providing unit 17 searches for the warning information corresponding to the object held by the logged in member in the analysis information storage unit 16, and sends the retrieved warning information to the member terminal 23. to provide. In addition, the information providing unit 17 according to the request of the member through the member terminal 23, the measurement information and analysis information for each object, period, and measurement information type stored in the measurement information storage unit 13 or analysis information storage unit 16 To provide. In addition, the information providing unit 17 periodically provides the HACCP management server 40 with daily or hourly oil quality information analyzed by the analysis information generating unit 15. In addition, the information provider 17 may provide the member terminal 23 with control necessary information for controlling the dairy device provided in the dairy farm 20 based on the analysis information. For example, if there is temperature abnormality information input to the recent analysis information storage unit 15, the information providing unit 17 provides the temperature abnormality information to the member terminal.

On the other hand, the information providing unit 17 configures the screen according to various types of screen configuration information previously set by the management server 10 operator to provide to the member terminal 23. Preferably, the screen form may change according to information requested by the user to display. For example, as shown in FIG. 3, the measurement information or analysis information providing screen includes the large item selection areas 31a and 31b and the detail item selection area 32, and each screen is configured to display information corresponding to the selected detail item. Individually configured according to characteristics. The large item selection areas 31a and 31b are areas for receiving the pasture analysis information and the individual analysis information (weakly the ranch information and the individual information in FIGS. 3 to 14, respectively) stored in the analysis information storage unit 16. The item selection area 32 is an area for receiving one of flow rate analysis information, somatic cell analysis information, retention rate analysis information, milk protein analysis information, and retention rate: milk protein analysis information. In FIG. 3, reference numerals '34a' and '35a' indicate milking result analysis results and management schedules, respectively. As shown in FIGS. 3 to 14, various types of screens may be configured according to large items and detailed items designated by members.

According to the present invention made as described above can be used to improve the management of dairy farmers by efficiently and objectively generate the measurement information and analysis information for milk quality and individual management to provide to the member dairy farmers. In addition, by automatically providing quality information to the HACCP management server can reduce the hassle of member dairy farmers, and systematically manage milk quality.

Claims (9)

As a server for managing milk quality and dairy cows of dairy farmers with individual information input unit, dairy device and measuring device, and providing milk quality analysis information to HACCP management server. Receives and stores identification information and history information of cows from the individual information input unit, It receives and stores milk quality measurement information and individual state measurement information directly from the measuring device. Receive and save the reference information, Analyze the milk quality measurement information and the individual state measurement information based on at least one of the reference information and the history information to generate milk quality analysis information and individual state analysis information, and generate the milk quality analysis information and individual state analysis information Save the information, Generate control necessary information for the dairy device based on the milk quality analysis information and the individual state analysis information; Providing the measurement information, the milk quality analysis information, the individual state analysis information, and the control necessary information in response to a request of a user connected to the management server; A milk quality and cow individual management server for providing the milk quality analysis information to the HACCP management server periodically. The method of claim 1, The management server, Input the black information, Milk quality and cow individual management server for generating the analysis information based on the reference information and the assay information. delete delete The method of claim 1, Milk quality and cow individual management server for providing the analysis information to a terminal owned by a member subscribed for use of the management server. As a recording medium that manages milk quality and dairy cows of dairy farmers with individual information input unit, dairy device and measuring device, and stores a program for providing milk quality analysis information to HACCP management server. Receives and stores identification information and history information of cows from the individual information input unit, It receives and stores milk quality measurement information and individual state measurement information directly from the measuring device. Receive and save the reference information, Analyze the milk quality measurement information and the individual state measurement information based on at least one of the reference information and the history information to generate milk quality analysis information and individual state analysis information, and generate the milk quality analysis information and individual state analysis information Save the information, Generate the necessary information for controlling the dairy device based on the milk quality analysis information and the individual state analysis information; Providing the measurement information, the milk quality analysis information, the individual state analysis information, and the control necessary information in response to a request of a user connected to the management server; Computer-readable recording medium storing a program for periodically providing the milk quality analysis information to the HACCP management server. The method of claim 6, Input the black information, And a program for managing milk quality and cow populations, the analysis information being generated based on the reference information and the assay information. delete The method of claim 6, A computer-readable recording medium storing a program for milk quality and cow individual management, which provides the analysis information to a terminal held by a member subscribed for use of the management server.

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