JP2011221801A - Breast milk management server - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a breast milk management server which is highly convenient for hospitals and mothers.SOLUTION: A breast milk management server comprises: breast milk management means which stores information on breast milk management items about breast milk given to newborns; remaining breast milk amount management means which calculates the remaining amount of the breast milk using the information on the breast milk management items stored in the breast milk management means, and which manages the remaining amount of the breast milk; and remaining breast milk amount notification means which notifies a terminal unit for guardians of the newborns, of the remaining amount of the breast milk when the remaining amount of the breast milk managed by the remaining breast milk amount management means is equal to or less than predetermined amount.

Description

  The present invention relates to a breast milk management server used in the medical field, and particularly for breastfeeding a patient admitted to a neonatal intensive care unit.

  The department that centrally manages and treats premature babies, low birth weight babies, and newborns with some disease in hospitals is called NICU (Neonatal Intensive Care Unit). It is very important from the viewpoint of treatment and immunity to give breastfeeding to a newborn who needs treatment immediately after birth and is separated from mother. In many cases, the mother of a patient admitted to NICU is hospitalized, and the current situation is leaving the milking to the obstetrics. In addition, it is practiced that the mother who has been discharged is brought with frozen breast milk and the preserved breast milk is given to the patient (newborn).

  The mother of a child admitted to NICU may not be able to come to see every day for various reasons such as work. In such a case, even if the breast milk stocked in NICU is in a shortage state, the hospital may not be able to notify the mother of the lack of breast milk. Conversely, even mothers have a problem in that they do not know how much breast milk is stocked in NICU and how much breast milk should be expressed.

  Also, for mothers who are separated from mother and child, it is natural that they want to know what their child needs to be treated. When I wanted to know the patient's condition, such as growing up, I couldn't know it easily. Therefore, it is conceivable to connect the hospital and patient via a network.

  The following is a conventional example in which a hospital and a patient are connected and managed through a network. For taking medications listed in prescriptions, it is easy to register to send notification emails to the server that will take medication notifications at the date and time when the medication is required, and to notify you of hospital visits. Can be sent.

  Specifically, the identification code creating means for creating an identification code for recording the content accompanying the prescription, the identification code reading means for reading the created identification code, and the information recorded in the read identification code Create or add a schedule history DB, and based on the planned dosage history DB, create and send a medication information email to notify the medication at the medication date and time, and determine that the medication was not taken in time It is configured to include a mail monitoring reception analysis means for sending a mail for informing about forgetting to drink when possible, and a visit notice means for sending a notice mail for a visit when it can be determined that the visit is necessary based on the result of taking (Patent Document 1). reference).

JP 2007-122183 A

  In short, the technology disclosed in Patent Document 1 is related to the use of the medicine described in the prescription, the transmission of a “dosing notification email” for notifying the user at the date and time when the user needs to take the notification of the taking, "Visit notice email" is sent.

  “Dosage notice email” is simply based on the number of doses written in the prescription, and “visit notice email” that informs you that there is a shortage of medicines to be taken is issued a prescription to be continued Recognizing that it was not sent. The number of times a drug is taken in a day is clearly stated in the prescription, and if the drug is taken appropriately, the day on which the drug disappears is clear.

  However, breast milk is very uncertain because the amount of milk that can be expressed from the mother varies from day to day and from individual to individual, and the amount of breastfeeding on the patient (newborn) side is also uncertain depending on the patient's growth status and the degree of the patient's disease It is. The expiry date of the drug is quite long, but the expiry date of breast milk itself is very short compared to the drug, and the expiry date varies depending on the storage method. Therefore, complicated inventory management is required.

  Further, in Patent Document 1, it is only necessary to manage medicines between a hospital and a patient, but this is not applicable to three parties such as a hospital, a patient, and a patient's mother.

  The present invention has been made to solve the above problems, and aims to provide a breast milk management server that is convenient for both the hospital and the mother by unifying breast milk management and physical management of the newborn. To do.

  According to claim 1 of the present invention, breast milk management means for storing information on breast milk management items relating to breast milk given to newborns, and calculating the remaining amount of milk from the information on the breast milk management items stored in the breast milk management means, When the remaining amount of milk managed by the remaining amount managing means for managing the remaining amount of milk falls below a predetermined amount, the remaining amount of milk is notified to the guardian terminal of the newborn. There is provided a breast milk management server characterized by having a breast milk remaining amount notification means.

  According to the present invention, a breast milk management server that is highly convenient for both the hospital and the mother can be obtained. This avoids the shortage of breast milk stocked in NICU.

1 is an overall configuration diagram of a breast milk management system according to an embodiment of the present invention. It is a detailed block diagram of the breast milk management server of the breast milk management system which concerns on the embodiment. It is a flowchart until it reaches mail transmission of the breast milk management system concerning the embodiment. It is a figure which shows the time relationship between the breast milk residual amount and mail transmission of the breast milk management system which concerns on the embodiment. It is a flowchart which shows the relationship between the expiration date with respect to the breast milk of the breast milk management system which concerns on the embodiment, and disposal. It is an example of the main menu which shows the data input and data confirmation screen of the breast milk management system which concerns on the embodiment. It is an example of the breast milk acceptance registration screen of the breast milk management system according to the embodiment. It is an example of the lactation registration screen of the breast milk management system which concerns on the embodiment. It is an example of the regular registration screen of the breast milk management system concerning the embodiment. It is an example of a patient state confirmation screen for confirming a patient's state via the network of the breast milk management system concerning the embodiment. It is an example of the reply form of the breast milk management system concerning the embodiment.

  An embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 shows an overall configuration of a breast milk management system including a breast milk management server according to an embodiment of the present invention. The breast milk management system inputs personal management data related to a newborn into a database, outputs and confirms the result, and an input / output terminal 11 for managing the breast milk given to the newborn and the management of the physical condition of the newborn. The server 12 is configured. The breast milk management server 12 is connected to a network 13 such as a public network, so that a portable terminal (guardian terminal 14A) or a computer terminal (guardian terminal) possessed by a newborn guardian (mother) admitted to the NICU. B) can communicate with each other.

  The input / output terminal 11 includes a newborn state input unit 111 and a newborn state display unit 112. The input / output terminal 11 can be considered as a client terminal connected to the breast milk management server 12. In the newborn state input unit 111, management data relating to breast milk and management data relating to the physical condition of the newborn can be input. The management data related to breast milk is managed by information on the following breast milk management items, for example.

  (1) Mother ID, (2) Breast milk ID, (3) Breast milk received amount, (4) Breast milk acceptance date, (5) Breast milking date and time, (6) Breast milk storage state, (7) Expiration date, (8) Breast milk Thaw amount, (9) Breast milk thawing date, (10) Breast milk feeding amount, (11) Breast milk use date, (12) Breast milk disposal amount, (13) Breast milk disposal date, (14) Breast milk acceptance expected amount, (15) Breast milk The scheduled date of acceptance, (16) the remaining amount of breast milk, (17) the predicted amount of remaining milk.

  Moreover, the information of the physical management item which manages the physical condition of a newborn is (1) Patient ID (2) Height, (3) Weight, (4) Body temperature, (5) Excretion frequency, etc. In actual operation, the type of infusion, type of medication, doctor's findings, diagnostic data, etc. are directly input from the input / output terminal 11 or linked to a database such as HIS (Hospital Information System) depending on the disease state of the newborn. It is also possible to do. In the present embodiment, management item information that is of interest to the mother and is not excessively worried is shown as an example.

  Since the newborn state display unit 112 can display the database information in the breast milk management server 12, the doctor or nurse can check the state of the newborn on the monitor of the input / output terminal 11.

  The breast milk management server 12 is roughly divided into a breast milk management unit 121 for storing management data related to breast milk, a management database unit 123 including a newborn management database 122 for storing data for managing the physical condition of the newborn, and a breast milk management unit 121. A milk remaining amount management unit 124 for managing the remaining amount of milk received from the mother of the newborn based on the received data, and sending an e-mail based on the result of the remaining amount of milk managing unit, and sending an e-mail from the mother Via the network 13, the e-mail transmission / reception unit 125 to receive, the newborn information disclosure level is set from the mother ID of the mother who wants to obtain newborn information, and the information that can be disclosed from the management database unit is accessible. After authenticating the mother ID of the mother who has accessed WEB, one or more linked to the mother ID Who newborns information protection terminal 14A obtained by the ID by calling the newborn management unit 126, discloses via the network 13 to 14B, provided with a WEB access management unit 127.

  The guardian terminals 14A and 14B may be general-purpose devices as long as they can be connected to a public network (network 13) such as a commercially available mobile phone, personal computer, or PDA (Personal Digital Assistant).

  A detailed configuration of the breast milk management server 12 is shown in FIG. In the management database unit 123, the breast milk management unit 121 shown in FIG. 1 is stored in the breast milk management database 121A that stores the above-described breast milk management item data and the newborn management database 122 in order to manage the remaining amount of breast milk. Based on the newborn's health status, developmental status, disease status, medical implementation plan data, etc., it is divided into a standard breast milk requirement database 121B in which standard breast milk requirements required by the newborn for a day are stored. These breast milk management database 121A, breast milk standard requirement database 121B, and newborn baby management database 122 are linked to each other and operate in cooperation.

  The breast milk remaining amount management unit 124 includes a breast milk consumption amount detection unit 21, a breast milk remaining amount calculation unit 22, a breast milk requirement calculation unit 23, a breast milk remaining amount transition prediction unit 24, and a breast milk minimum amount arrival detection unit 25.

  The breast milk consumption detection unit 21 detects the consumption of breast milk based on the breast milk management items input by the newborn state input unit 111. The amount of breast milk consumed is calculated from the amount of breast milk feeding and the amount of milk discarded, which are the items of breast milk management.

  Similarly, the milk remaining amount calculation unit 22 calculates the remaining amount of breast milk based on the breast milk management items input by the newborn state input unit 111. The remaining amount of breast milk is obtained by adding the received milk amount of the day to the previous day's remaining milk amount and subtracting the consumed milk amount. Breast milk consumption is the sum of breastfeeding and breast milk disposal. The calculated breast milk remaining amount is stored in the breast milk management database 121A as a breast milk remaining amount which is a breast milk management item. At this time, consistency with the remaining amount of breast milk actually stored may be taken.

  The breast milk requirement calculation unit 23 estimates the standard breast milk requirement that the newborn needs for one day based on the newborn's health condition, developmental condition, disease state, medical implementation plan, and the like from the standard milk requirement database 121B. . This standard amount of breast milk may be determined in consideration of the actual amount of breastfeeding in the last few days.

  The milk remaining amount transition prediction unit 24 obtains the expected breast milk acceptance amount, the expected breast milk acceptance date, the expiration date of breast milk consumption, and the expiration date from the breast milk management database 121A, and the standard milk requirement per day is required from the breast milk requirement calculation unit 23. Get the quantity. Further, the current milk remaining amount is acquired from the milk remaining amount calculating unit 22. From these values, it is possible to calculate how the remaining amount of breast milk changes from the present time.

  When the breast milk stocked in the NICU falls below a predetermined amount, the minimum breast milk arrival detection unit 25 transmits a “breast milk bringing request mail” requesting the mother to bring breast milk to the mother. The minimum threshold amount of breast milk remaining for this is set. When the predicted remaining amount of the breast milk remaining amount transition predicting unit 24 or the remaining amount of breast milk of the remaining breast milk calculating unit 22 is less than or equal to the minimum threshold amount, a “request mail for bringing breast milk” is transmitted.

  Usually, it is sufficient to send an email based on the actual breast milk remaining amount obtained by the breast milk remaining amount calculating unit 22, but the day when the amount falls below the minimum threshold amount is the hospital closed day or the maintenance date of the management server. If there is a situation where the mother wants to milk on Saturdays and Sundays, it can be transmitted in advance based on the expected remaining amount. The minimum threshold amount of breast milk is set by setting the remaining amount for a predetermined number of days from the standard breast milk requirement per day as a threshold. Therefore, it changes according to the growth situation of the patient. Further, when the mother is hospitalized at the hospital, the mail is not transmitted, and the milking schedule is requested from the NICU to the obstetrics, and the result is reflected in the breast milk management database 121A.

  Based on the result of the minimum breast milk arrival detection unit 25, the mail transmission / reception unit 125 transmits a “request mail for bringing breast milk” to the mother by the mail generation unit 27 for mother and sends a reply mail from the mother to the reply mail reception unit. 26. The mail reply from the mother is received mainly when the reply is made from the guardian terminal 14A that does not have the WEB access function.

  When there is a connection request to the URL (Uniform Resource Locator) address described in the “request mail for breastfeeding” from the parent terminal 14A, 14B that can access the web, the web access management unit 127 returns a reply form (described later) 11) is displayed, and the return information can be automatically reflected in the breast milk management database 121A as indicated by the dotted arrow. Further, for example, authentication is performed when the breast milk management server 12 is accessed using the mother ID.

  The newborn management unit 126 includes a disclosure information management unit 28 and a patient ID management unit 29. The patient ID management unit 29 obtains a mother ID from the WEB access management unit 127 and obtains a patient ID linked to the mother ID. The disclosure information management unit 28 presents information that can be disclosed to the WEB access management unit 127 based on the patient ID.

  FIG. 3 is a flowchart up to mail transmission of the breast milk management system according to the embodiment. First, in step ST301, a doctor or a nurse or the like inputs a newborn breast milk management item and a physical management item using the newborn input unit 111. Next, in step ST302, it is determined whether breast milk has been accepted. When breast milk is received (ST302: Yes), the received amount is added to the remaining amount of breast milk (ST303), and the process proceeds to ST304. If no breast milk has been received (ST302: No), the process proceeds to ST304 as it is.

  In ST304, it is determined whether breast milk has been fed. When breast milk is fed (ST304: Yes), the breastfeeding amount is subtracted from the breast milk remaining amount (ST305), and the process proceeds to ST306. If no breast milk has been received (ST304: No), the process proceeds to ST306 as it is.

  In ST306, it is determined whether breast milk has been discarded. When the breast milk is discarded (ST306: Yes), the breast milk discard amount is subtracted from the breast milk remaining amount (ST307), and the process proceeds to ST308. If the breast milk is not discarded (ST306: No), the process proceeds to ST308 as it is.

  In ST308, it is determined whether or not there is a plan to accept breast milk. If there is a plan to accept breast milk (ST308: Yes), the expected amount of breast milk is added to the daily expected remaining amount (ST309), and then the process proceeds to ST310. If there is no plan to accept breast milk (ST308: No), the process proceeds to ST310 as it is.

  In ST310, the expiration date is subtracted according to the expiration date of breast milk. This expiration date setting flow will be described later.

  In ST311, it is determined whether there is a remaining amount for a predetermined number of days. If there is no remaining amount (ST311: No), a “breast milk request email” is sent to the mother (ST312), and then the process proceeds to ST313. When there is a remaining amount for a predetermined number of days (ST311: Yes), the process proceeds to ST313 as it is.

  In ST313, it is determined whether there is a remaining amount for one day. If there is no remaining amount for one day (ST311: Yes), a “synthetic milk switching notification mail” is sent to the mother (ST314).

  FIG. 4 shows the time relationship between the amount of remaining milk and mail transmission in the breast milk management system according to the embodiment. The mail transmission timing will be described with reference to this figure. The vertical axis represents the remaining amount of breast milk, and the horizontal axis represents the number of days. In order to simplify the explanation, the amount A of breast milk used every day is constant, but actually varies from day to day. From 1st to 2nd, the remaining amount of breast milk decreases with the amount of use A. On the third day, it is assumed that a waste amount B is generated for breast milk whose expiration date has come, and it is below the remaining amount threshold value that covers a predetermined number of days. At this time, the minimum breast milk amount detection unit 25 detects and transmits “request mail for bringing breast milk” to the mother.

  If it is desired to send a mail in advance, the expected remaining amount is expected to be less than or equal to the remaining amount threshold value on the 3rd.

  If there is no reply to this “mail for bringing breast milk” (via reply mail or reply form), the same mail is sent every day. If there is a reply to this e-mail, the next breastfeeding schedule is received, and if it can be expected that the remaining amount threshold will be exceeded, e-mail transmission is temporarily stopped.

  In the case of the example in FIG. 4, if the received amount C is scheduled on the 6th due to the reply of the “request mail for bringing breast milk”, the remaining amount threshold is exceeded as the expected remaining amount, so a “request mail for bringing breast milk” is sent. Stop until the actual acceptance date (6th). If no breast milk is actually received at the 6th day, the remaining amount of breast milk will bottom out. At this point, switching to artificial milk is performed. At the time of switching, a “notification mail for switching to artificial milk” is sent to the mother.

  As another operational mode, there may be a case where mother's milk is supplied from another mother before switching to artificial milk. In this case, it is also possible to send an informed consent e-mail to other mothers using breast milk for both the mother supplying breast milk and the mother receiving breast milk.

  On the 6th, if the amount C of breast milk is received, the remaining amount threshold value is reached again on the 11th, so a “mail for bringing breast milk” is transmitted at this point.

  FIG. 5 is a flowchart showing the relationship between the expiration date for the breast milk and the discard in the breast milk management system according to the embodiment. This is a flowchart performed in step ST310 of FIG. 3 or when resetting the latest expiration date for breast milk stored at any time by thawing breast milk or the like. The expiration date differs depending on whether the breast milk is raw or frozen, and the expiration date after the frozen milk is thawed also differs. In this flowchart, for example, an expiration date of 24 hours is set for raw breast milk, one month for frozen breast milk, and 24 hours for thawed breast milk.

  In step ST501, it is first determined whether the received breast milk is raw breast milk. If it is raw breast milk (ST501: YES), the expiration date is set 24 hours after milking, and the disposal procedure is performed 24 hours later (ST502). If it is not raw breast milk (ST501: NO), the process proceeds to step ST503.

  In step ST503, it is determined whether breast milk has been thawed. If it has been thawed (ST503: YES), the expiration date is set 24 hours after the decompression, and a disposal procedure is performed after 24 hours (ST504). If not decompressed (ST503: NO), the process proceeds to step ST505.

  In step ST505, it is determined whether one month has passed since the milking date. If it has elapsed (ST505: YES), the disposal procedure is immediately performed (ST506). If it has not elapsed (ST505: NO), the process proceeds to step ST507.

  In step ST507, when the expiration date set for raw breast milk, thawed breast milk, and frozen breast milk is changed, it is reflected in the prediction of the remaining milk residual quantity. Usually, the mother's milk is subdivided into things such as subpacks, filled with the date and time of milking, and frozen. Therefore, it is preferable to manage the breast milk by giving a breast milk ID to each of the divided packs.

  FIG. 6 is an example of a main menu showing a data input and data confirmation screen of the breast milk management system according to the embodiment. The NICU doctor or nurse can input breast milk management items and physical management items for the newborn on the main screen displayed on the input / output terminal 11 and simultaneously confirm the input contents. When a patient ID of a newborn to be input or confirmed is selected from the patient list menu 61 shown on the left, a daily management item 62 as shown on the right is displayed. For example, on September 13, height 33 cm, body weight 1640 g, body temperature 36.8 ° C., number of breast feedings 5 times, breast feeding amount 190 cc, amount received 400 cc, amount discarded 10 cc, remaining amount 1400 cc, number of excretions 2 times, etc. Is done.

  By clicking the breast milk acceptance button 63, a breast milk acceptance registration screen as shown in FIG. 7 is displayed. On this screen, the breastfeeding registration from the mother can be performed for the newborn with the patient ID 003 selected by clicking. In the breast milk acceptance registration, the mother ID associated with the patient ID is shown, and it can be confirmed that the breast milk to be accepted is a newborn mother. Enter the breast milk ID, breast milk acceptance date and time, amount received, milking date and time, breast milk storage status, and the like. Depending on the storage state of the received breast milk, the expiration date is automatically determined as one day (24 hours) in the case of raw breast milk and one month in the case of frozen breast milk, for example. When the registration button is clicked and the registration is completed, the display returns to the main screen of FIG. 6 by clicking the end button.

  Next, by clicking the breast feeding registration button 64, a breast feeding registration screen as shown in FIG. 8 is displayed. On this breastfeeding registration screen, breast milk ID, breast milk thawing date, breast milk thawing amount, breast milk feeding date, breast milk feeding amount, breast milk discard amount, etc. can be registered. At this time, based on the flow as shown in FIG. 5, the expiration date is set to, for example, one day (24 hours) for the thawed milk. When the registration button is clicked and the registration is completed, the display returns to the main screen of FIG. 6 by clicking the end button.

  Further, by clicking the regular registration button 65, a regular registration screen as shown in FIG. 9 is displayed. On the regular registration screen, physical management items of the newborn, such as the measurement date, the height, weight, body temperature, and number of excretion of the newborn, can be registered. On this screen, although not shown, various items for treatment such as medication, injection, infusion, etc. can be added. When the registration button is clicked and the registration is completed, the display returns to the main screen of FIG. 6 by clicking the end button.

This completes the registration of breast milk management items and physical management items. When the registration is completed, it is reflected on the main screen of FIG. 6 and it is possible to confirm whether or not the input has been performed correctly.

  FIG. 10 is an example of a patient status confirmation screen for confirming the patient status via the communication network of the breast milk management system according to the embodiment. The mother can always check the patient's health condition, growth condition, and remaining amount of breast milk via the network 13. Communication with the WEB access unit 127 is performed by inputting a URL address designated from the guardian terminals 14A and 14B such as a mobile phone or a computer terminal. Here, the state of the patient ID linked to the mother ID can be displayed by inputting the mother ID and password. In the case of multiple fetuses and the like, since a single mother ID can be linked to a plurality of patients, data of a plurality of newborns can be viewed from the mother ID.

  FIG. 11 is an example of a reply form of the breast milk management system according to the embodiment. In the case of the parent terminals 14A and 14B capable of WEB access, a reply form can be displayed by clicking on the URL address designated in the mail. The mother can specify the method of bringing in breast milk by entering a schedule such as the date and amount of breast milk to bring in, and clicking on the method. In the case of the guardian terminals 14A and 14B that cannot be accessed through the web, the reply is made by filling in the same items as described above by a normal mail reply method.

  As described above, according to the embodiment of the present invention, a breast milk management system that is convenient for both the hospital and the mother can be obtained by unifying breast milk management and physical management of the newborn. That is, when the mother is hospitalized, the breast feeding schedule can be planned while the NICU and the obstetrics cooperate, and the mother who is discharged can be notified of the lack of breast milk without any notification. In addition, since the mother can also check the remaining amount of milk stocked in NICU, there is an effect that the milking amount, the number of milking times, and the like can be adjusted at home.

  In addition to breast milk management, you can also know the daily state of the patient (newborn), so you can know the growth of my child who can't meet every day by using a mobile terminal or computer terminal. . This leads to mother's peace of mind.

  Furthermore, for the hospital, it is possible to avoid the shortage of breast milk stocked in NICU and to effectively use breast milk with a short expiration date.

  Therefore, it is possible to smoothly manage and manage the tripartite relationship with the hospital, the patient, and the patient's mother, and the effect is great.

  In the above embodiment, in addition to breast milk management, the case has been described in which information on the physical items of the newborn is stored in the newborn management database and managed by the newborn management unit 126. However, only breast milk management may be performed. Moreover, although the said embodiment demonstrated the case where the information regarding a newborn management item was browsed and input via a network from a guardian's terminal, it may only be able to browse. Moreover, as this invention, it is not necessary to access a breast milk management server from a guardian's terminal.

  Further, the present invention is not limited to the above-described embodiments as they are, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. Various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined. As long as the technical idea of the present invention is used, these modified examples are also included in the present invention.

11 ... I / O terminal,
12 ... Breast milk management server,
13 ... Network,
14 ... Parental terminal,
21 ... Breast milk consumption detection part,
22 ... breast milk remaining amount calculation part,
23 ... breast milk requirement calculator,
24 ... breast milk remaining amount transition prediction part,
25 ... Minimum milk amount detection unit,
26 ... Reply mail receiving part,
27 ... Mass e-mail creation department,
28 ... Disclosure Information Management Department,
29 ... Patient ID management part.

Claims (9)

Breast milk management means for storing information on breast milk management items relating to breast milk given to newborns;
Calculating the remaining amount of milk from the information of the milk management items stored in the milk management unit, and managing the remaining amount of milk.
And a breast milk remaining amount notifying unit for notifying the newborn guardian's terminal of the breast milk remaining amount when the milk remaining amount managed by the breast milk remaining amount managing unit falls below a predetermined amount. Breast milk management server.   The breast milk management server according to claim 1, wherein when the parent terminal is accessed via a network, browsing of information on the breast milk management items of the corresponding newborn is permitted.   The breast milk management server according to claim 2, further comprising a newborn management means for managing information on the physical management items of the newborn. A management database unit for managing information on breast milk management items related to breast milk given to newborns;
A milk remaining amount management unit that calculates and manages the remaining amount of milk from information on the breast milk management items managed by the management database unit;
A notification unit for notifying the remaining amount of milk to a guardian terminal corresponding to the newborn when the amount of remaining milk is equal to or less than a predetermined amount;
A breast milk management server characterized by comprising:   The management database unit includes a newborn management database that stores information on the physical management items of the newborn, and further includes a newborn management unit that manages information on the physical management items of the newborn stored in the newborn management database. 5. The breast milk management server according to claim 4, further comprising:   The breast milk management server according to claim 5, wherein when the parent terminal is accessed via the network, browsing of information on the breast milk management items of the corresponding newborn is permitted.   The management database unit includes a breast milk management database for storing information on the breast milk management items, a newborn management database for storing information on the physical management items, and a standard breast milk amount required for the newborn on a daily basis. The breast milk management server according to claim 6, further comprising a breast milk standard requirement database to be calculated.   The breast milk remaining amount management unit includes a breast milk consumption detection unit that detects a milk consumption amount from the breast milk management items, a breast milk remaining amount calculation unit that calculates a breast milk remaining amount from the breast milk consumption amount, and the breast milk standard requirement database A breast milk requirement calculation unit for estimating a breast milk requirement from the breast milk remaining amount, the breast milk requirement, and a breast milk receiving amount, The breast milk management server according to claim 7, further comprising: a minimum breast milk amount arrival detection unit that detects that a predetermined amount of breast milk is reached from a predicted amount of remaining milk.   The newborn management unit includes a patient ID management unit that manages a patient ID linked to an ID of the mother of the newborn, and a disclosure information management unit that manages browsing information of the management items based on the patient ID. The breast milk management server according to claim 8.

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