JP2005253693A - Ultrasonic diagnostic apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an ultrasonic diagnostic apparatus capable of managing the growth of multiple birth babies applicable to the health check of a multiple birth impregnated woman in a department of obstetrics and gynecology based on the construction of simple database. <P>SOLUTION: The database storing various kinds of information relating to a patient (a mother's body) and the babies in a womb is constituted of a plurality of storage areas 20a to 20c and has, a patient ID section 21 storing a mother's body ID for discriminating the mother's body, a baby in the womb ID section 22 storing a baby in the womb ID for discriminating the multiple birth babies, a patient attribute section 23 storing the attribute relating to the mother's body, and a baby in the womb measuring data section 24 storing measuring results relating to the babies in the womb in the respective storing areas. It is made possible to specify a baby currently being checked by respectively and temporarily storing the mother's body ID in the patient ID section and the baby in the womb ID in the baby in the womb ID section in predetermined memories when a baby in the womb is selected by an operator in the ultrasonic diagnosing apparatus. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an ultrasonic diagnostic apparatus applied to examination or diagnosis (hereinafter referred to as “examination”) of a multiple pregnant woman in obstetrics and gynecology.

  As shown in FIG. 3, the conventional ultrasonic diagnostic apparatus includes a fetus growth measurement unit 31, a past measurement result display unit 32, a current measurement result display unit 33, and an assignment input processing unit 34. 30. The multifetal growth measurement function unit 30 is connected to an item measurement result storage unit 40 for storing fetal growth measurement results (current measurement results 41 and past measurement results 42). The multiple fetal growth measurement function unit 30 is connected so as to be accessible to an obstetric patient database 50 provided in a hospital information system (HIS) or the like. Note that this conventional ultrasonic diagnostic apparatus is disclosed in the following Patent Document 1, and description of components other than those described above is omitted here.

  When the start of multifetal measurement is instructed, the patient ID is subsequently input. Here, the patient ID is identification information for distinguishing the mother currently being examined from other mothers, and is configured by a combination of alphanumeric characters and the like. Information about the mother identified by the patient ID is stored in the obstetric patient database 50.

  An ultrasonic diagnostic image (here, referred to as a B-mode image) of the mother to be inspected is obtained by transmitting and receiving ultrasonic waves from the ultrasonic probe in a state where the doctor places the ultrasonic probe on the mother to be inspected. Generated. The B-mode image is displayed on the monitor, and the doctor can move the ultrasonic probe to display a plurality of fetuses in the mother's body on the monitor.

Subsequently, the doctor sequentially instructs execution of fetal growth measurement for each of the plurality of fetuses. In response to this instruction, a measurement processing operation of a predetermined item is executed by the fetal growth measurement unit 31 in the multiple fetal growth measurement function unit 30. At this time, the past measurement data for all the fetuses in the mother body to be examined is read from the past measurement result 42 of the item measurement result storage unit 40 and displayed on the monitor. The measurement result 41 is compared and displayed so that it can be determined whether it is a fetus.
Japanese Patent Laid-Open No. 2001-120544 (FIG. 1)

  However, in the ultrasonic diagnostic apparatus disclosed in Patent Document 1, a patient ID is used as identification information for distinguishing a test mother from other mothers. An obstetric patient database that performs data management based on the patient ID and an item measurement result storage unit for the multifetal growth measurement function unit to store measurement results relating to multiple fetuses are required. In addition to the association, there is a problem that an association with at least two or more fetuses (at least three associations) is required. That is, in the ultrasonic diagnostic apparatus disclosed in Patent Document 1, data management is complicated in the data management of multiple fetuses related to multiple patients, and it takes time to understand and learn the operation method. There is a problem that the database structure becomes complicated.

  In view of the above problems, the present invention makes it easy to understand and learn the operation method based on a simple database configuration, and can perform multiple fetal growth management applicable to screening of multiple pregnant women in obstetrics and gynecology. It is an object of the present invention to provide an ultrasonic diagnostic apparatus.

In order to achieve the above object, an ultrasonic diagnostic apparatus of the present invention generates ultrasonic image information by transmitting and receiving ultrasonic waves to a pregnant mother, and the pregnant mother and the fetus in the mother. An ultrasonic diagnostic apparatus that enables medical examination of
Display means for displaying image information;
An operation input means for an operator to operate and input;
A maternal identification information storage unit for storing maternal identification information for identifying the maternal body, and fetal identification information for storing fetal identification information for identifying each of the fetuses when the fetus in the maternal body is multiple. A storage area configured by a storage unit, a maternal attribute storage unit that stores attributes related to the mother, and a fetus measurement data storage unit that stores measurement results related to the fetus, wherein the maternal identification information and the fetus A database having the storage area for storing identification information, attributes related to the mother, and measurement results related to the fetus as a set of information;
A matrix selection memory for storing the matrix identification information of the matrix selected by the operation input means;
A multiple selection memory for storing the fetal identification information of the fetus selected by the operation input means;
Have
The selected fetus can be specified by the maternal identification information in the maternal selection memory and the fetal identification information in the multiple birth selection memory.
With this configuration, it is possible to realize multifetal growth management that can be applied to screening of multiple pregnant women in the gynecology department based on a simple database configuration. That is, only by associating maternal identification information with fetal identification information for identifying each of the multiple fetuses, database management of obstetric patients can be realized in screening of multiple pregnant women in obstetrics and gynecology. It is possible to realize a multifetal development management excellent in expandability that enables the management of multiple fetuses such as children, quadruples, five children, and more.

Furthermore, the ultrasonic diagnostic apparatus of the present invention is configured to use any one or a combination of character information, image information, audio information, color information, symbols, and digital information as the fetal identification information. ing.
With this configuration, it is possible to easily identify each fetus even in the case of multiple births.

Furthermore, the ultrasonic diagnostic apparatus according to the present invention is configured such that when the maternal identification information is input by the operation input unit, the measurement result related to the fetus is displayed on the display unit, the fetus is measured on the display unit, the display The operator selects the fetus in any one or a plurality of situations at the time of displaying the ultrasonic image information in the means, and the fetal identification information relating to the selected fetus is stored in the multiple selection memory It is configured to be.
With this configuration, individual information on multiple fetuses can be displayed, observed, and compared from various states of the screening procedure.

Further, in the ultrasonic diagnostic apparatus of the present invention, the selection of the fetus by the operation input unit is performed by selection using a switch on an operation console, selection on the image in the display unit by a cursor displayed by the display unit, and operation Selection using a panel, selection on an image of the multiple fetus displayed by the display means, selection using a touch panel, or a combination thereof is performed.
With this configuration, it is possible to facilitate an operation related to selection of a fetus when a multiple pregnant woman is screened.

Furthermore, in the ultrasonic diagnostic apparatus according to the present invention, the database is provided inside or outside the ultrasonic diagnostic apparatus.
With this configuration, regardless of whether the database is an internal database or an external database, it is possible to leave a screening result of a multiple pregnant woman in various places by various methods, and it can be used for other purposes.

Furthermore, the ultrasonic diagnostic apparatus of the present invention is configured such that, when the fetus is selected, the display means displays identification information of the selected fetus.
With this configuration, it is possible to easily identify which fetus is being examined in the screening of a multiple pregnant woman.

Furthermore, the ultrasonic diagnostic apparatus of the present invention is configured to use ultrasonic image information related to the fetus as a measurement result related to the fetus, and to store ultrasonic image information related to the fetus in the fetal measurement data storage unit. Has been.
With this configuration, it is possible to centrally manage fetal ultrasound image information together with various information related to the mother and fetal measurement information.

  The present invention provides an ultrasonic diagnostic apparatus having the above-described configuration, which is easy to understand and learn the operation method based on a simple database configuration and can be applied to screening of multiple pregnant women in obstetrics and gynecology. It has the effect of being able to manage multiple fetal growth.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing an ultrasonic diagnostic apparatus according to an embodiment of the present invention. The ultrasonic diagnostic apparatus shown in FIG. 1 includes an ultrasonic probe 1, a transmission circuit unit 2 and a reception circuit unit 3 connected to the ultrasonic probe 1, and a reception signal processing circuit unit 4 that processes signals from the reception circuit unit 3. DSC (Digital Scan Converter) 5 for converting data acquired by ultrasonic scanning into data for display on the display unit 7, data generated by the DSC 5 and other data (specifically, The graphic synthesis circuit unit 6 that synthesizes data supplied from the graphic memory circuit unit 14 (to be described later), information such as a CRT (Cathode-Ray Tube) display or LCD (Liquid Crystal Display) is visually displayed. And a control circuit unit 10 that controls and synchronizes each component.

  The ultrasonic probe 1 includes a vibrator (not shown) such as a piezoelectric vibrator at one end thereof, and can transmit and receive ultrasonic waves to and from the subject. The transmission circuit unit 2 generates a driving voltage pulse and supplies the driving voltage pulse to the transducer of the ultrasonic probe 1, thereby transmitting the ultrasonic pulse from the transducer of the ultrasonic probe 1. While this ultrasonic pulse propagates through the subject, a part of the ultrasonic pulse is reflected at the boundary surface with different acoustic impedance to form an echo signal, and a part of the echo signal is received by the transducer of the ultrasonic probe 1. Is done. The echo signal received by the ultrasonic probe 1 is converted into a voltage signal and supplied to the receiving circuit unit 3.

  The reception circuit unit 3 performs preamplification processing, delay control processing, and addition processing on the voltage signal supplied from the ultrasonic probe 1 and supplies the processed signal to the reception signal processing circuit unit 4. The received signal processing circuit unit 4 performs logarithmic amplification processing, detection processing, and A / D conversion processing on the signal supplied from the receiving circuit unit 3, and outputs the processed signal as digitized B-mode echo data. Is supplied to DSC5.

  The DSC 5 converts the B-mode echo data supplied from the received signal processing circuit unit 4 from the ultrasonic scanning data into the standard TV scanning data, and further writes it as B-mode image data in a frame memory (not shown). By storing once. The data stored in the frame memory is read at an appropriate frame timing and supplied to the graphic synthesis circuit unit 6. The graphic synthesis circuit unit 6 synthesizes graphic image data and B-mode image data supplied from a graphic memory circuit unit 14 of the control circuit unit 10 to be described later and supplies them to the display unit 7. An image is displayed on a predetermined display screen.

  On the other hand, the control circuit unit 10 is a control system circuit for controlling drive timing, transmission / reception, various measurements, generation of drawing graphic data for measurement, preset function according to the present invention, and the like of the entire ultrasound diagnostic apparatus. is there. As shown in FIG. 1, the control circuit unit 10 has a central control circuit unit 11 having a CPU and a work memory.

  The input interface of the central control circuit unit 11 is connected to a console 12 used for operation input by an operator. Further, a part of the output interface of the central control circuit unit 11 is connected to the graphic synthesis circuit unit 6 described above via the graphic control circuit unit 13 and the graphic memory circuit unit 14. Further, another part of the output interface of the central control circuit unit 11 provides various control signals to the transmission circuit unit 2, the reception circuit unit 3, the reception signal processing circuit unit 4, the DSC 5, the graphic synthesis circuit unit 6, and the like. It is connected to the.

  The control circuit unit 10 also includes a patient ID selection memory 16 for temporarily storing information related to the selected patient, and a multiple selection for temporarily storing information related to the selected fetus. The memory 17 is provided, and the patient ID selection memory 16 and the multiple selection memory 17 are connected to the central control circuit unit 11. A patient database memory 15 is connected to the control circuit unit 10.

  FIG. 2 is a schematic diagram showing a configuration of a patient database memory of the ultrasonic diagnostic apparatus according to the embodiment of the present invention. As shown in FIG. 2, in the patient database memory 15, a plurality of storage areas 20 a to 20 c... Are allocated for each patient (for each patient ID uniquely given to each patient) and for each fetus. The patient database memory 15 may be provided inside the ultrasonic diagnostic apparatus, or may be realized by an external database connected online or a predetermined storage medium that can be inserted into the ultrasonic diagnostic apparatus. . Further, the patient database memory 15 provided inside as described above and the patient database memory 15 provided outside as described above can be used in combination.

  Each storage area 20a to 20c of the patient database memory 15 stores a patient ID section 21 for storing a patient ID uniquely given to each patient, and an identifier for identifying each fetus when there are multiple fetuses. A fetal ID section 22, a patient attribute section 23 for storing attributes related to each patient such as the name, age, date of last menstrual period, fetal age, scheduled delivery date of the patient (maternal), and fetal measurement results It is comprised by the fetus measurement data part 24 for doing. 2, only one storage area 20a among the plurality of storage areas 20a to 20c... Is illustrated in detail.

  Next, the operation at the time of screening of a multiple pregnant woman will be described with reference to the configuration of the ultrasonic diagnostic apparatus shown in FIG. 1 and the memory configuration shown in FIG. Here, a case will be described in which an operator (for example, a doctor, an ultrasonic measurement engineer, or the like) starts a medical checkup without knowing that the patient (pregnant woman) is a multiple pregnant woman. When starting a patient examination, an operator first displays a patient ID registration screen using the console 12, and the mother patient ID (for example, a combination of alphanumeric characters up to 27 characters is possible). Here, the patient ID is “F10”) from the console 12.

  Further, the operator inputs patient attributes such as the patient's name, age, last menstruation date, fetal age, and scheduled delivery date from the console 12. The patient ID input by the operator is stored in the patient ID selection memory 16 by the central control circuit unit 11 and simultaneously with a predetermined storage area 20a (patient ID “F10” in the patient database memory 15). It is stored in the patient ID section 21 of the allocated storage area (the same applies hereinafter). Information relating to patient attributes is stored by the central control circuit unit 11 in the patient attribute unit 23 of the storage area 20a. As a result, the storage area 20a related to the patient specified by the patient ID “F10” is prepared (secured or allocated) in the patient database memory 15, and the patient ID, the patient attribute, and the like are stored in the storage area 20a. Will be stored.

  Subsequently, when this patient is confirmed to be a multiple pregnant woman (a pregnant woman with multiple fetuses in the mother's body) by means of an image (B-mode image), etc. The operator presses a switch for selecting fetal identification using the console 12 (a switch for assigning identification information to one of the multiple fetuses when there are multiple fetuses). When one of a plurality of fetuses (hereinafter referred to as the first child for convenience) is selected by the operator, the central control circuit unit 11 selects that the first child has been selected. Stored in the memory 17. At the same time, the central control circuit unit 11 searches the patient database memory 15 for the storage area 20a in which the information of the patient ID that matches the patient ID stored in the patient ID selection memory 16 is stored. In the fetus ID section 22 of the storage area 20a related to this patient, a fetus ID for identifying the first child (for example, a combination of alphanumeric characters can be up to 3 characters. Here, the fetus ID is “A”). Remember.

  Next, regarding the first child, the operator measures BPD (biparietal diameter), FL (femur length), AC (Abdominal circumference), and the like. The central control circuit unit 11 stores each measurement result in the fetal measurement data unit 24 existing in the storage area 20a of the patient ID “F10” in the patient database memory 15.

  When the measurement of the first child is completed, the operator then presses a switch for selecting fetal identification using the console 12, and the fetus different from the first child (referred to as the second child for convenience). ) Is selected. When the second child is selected by the operator, the central control circuit unit 11 stores the fact that the second child has been selected in the multiple selection memory 17 as fetus ID = “B”, and patient ID A storage area 20a in which information of a patient ID that matches the patient ID stored in the selection memory 16 is stored is searched from the patient database memory 15. As a result, the storage area 20a in which information related to the patient ID “F10” is stored is searched for, as in the case of the first child.

  Next, the central control circuit unit 11 stores the contents of the patient ID part 21 and the patient attribute part 23 in the storage area 20a of the patient ID “F10” in another vacant storage area (for example, the storage area 20b). ). Each measurement result regarding the second child is stored in the fetal measurement data section 24 in the storage area 20b. In this way, information relating to different fetuses (first child, second child) existing in the same patient (multiple pregnant women) is stored in each of the storage areas 20a, 20b, and even if the patient is a multiple pregnant woman Various data related to a plurality of fetuses are stored without being confused.

  As described above, the patient ID related to the patient selected by the operator (the patient currently being examined) is stored in the patient ID selection memory 16, and the fetus ID related to the fetus (the fetus currently being examined) selected by the operator. Is stored in the multiple selection memory 17. That is, the identification information of the patient and fetus currently selected by the operator is stored in the patient ID selection memory 16 and the multiple birth selection memory 17, whereby the central control circuit unit 11 can determine which fetus of which patient. It is possible to easily grasp whether or not the data is to be recorded.

  Each data generated during the examination and each data stored in the patient database memory 15 are displayed on the display unit 7 in a form such as a report screen or a graph display screen of measurement data for confirming the degree of growth. Can be confirmed. Also in this case, the central control circuit unit 11 can easily distinguish the first child and the second child by referring to the multiple selection memory 17 and grasping the currently selected fetus. Therefore, for example, when the operator gives an instruction to confirm the past data of the fetus currently being examined on the display screen of the display unit 7, the central control circuit unit 11 stores the multiple selection memory 17. Referring to, for example, the fetus is identified as the second child, information related to the second child is read from the fetal measurement data unit 24 in the storage area 20b, and the graphic control circuit unit 13 and the graphic memory circuit are read out. It is possible to display on the display unit 7 via the unit 14 and the graphic synthesis circuit unit 6. When the fetus is selected by the operator, it is desirable to display the fetus ID and the like of the selected fetus on the display unit 7 so that the operator can easily grasp which fetus is selected. .

  In addition, in the above, at the stage where the screening is started in a state where it is not known that the patient is a multiple pregnant woman and it is found that the patient is multiple, the storage area related to the second child in addition to the storage area 20a related to the first child In the case where 20b is set, but it is known from the beginning that it is a multiple pregnant woman, registration of the fetus ID related to each of a plurality of fetuses is performed simultaneously with the input of the first patient ID, After setting a plurality of storage areas 20a to 20c... For each of a plurality of fetuses belonging to the same patient, the examination may be started or the fetus may be measured. Also in this case, when the operator selects the second child and presses the switch for selecting the fetal identification of the console 12, the multiple selection memory 17 indicates that the second child is selected. The information is stored, and the patient ID same as the patient ID “F10” in the patient ID selection memory 16 is searched from the patient database memory 15, and the patient ID part 21 and the patient attribute part 23 are stored in the patient database. Copying to a free area (for example, the storage area 20b) of the memory 15, and the second child examination is started.

  As described above, according to the ultrasonic diagnostic apparatus in the embodiment of the present invention, the storage areas 20a to 20c for storing data for each patient and each fetus in the patient database memory 15 are stored in a large number. An area (fetal ID section 22) for storing an identifier for identifying a specific fetus among the fetuses is provided, and an association between the patient ID and the fetal ID for identifying each of the multiple fetuses is performed and selected. The multiple fetus development management can be performed by a simple configuration in which a multiple selection memory 17 is provided that allows a storage area to be specified when data is written to and read from the patient database memory 15 by storing a fetus. It can be easily performed.

  Further, according to this configuration, when there are a few unused areas in the storage areas 20a to 20c for each patient in the patient database memory 15 of the ultrasonic diagnostic apparatus, the unused areas are used for multiple management. Patient data that can be used as a storage area and used in a previous ultrasonic diagnostic apparatus having multiple birth management functions, and patient data used in an ultrasonic diagnostic apparatus having multiple birth management functions according to the present invention Even if the multiple management function is added, the database update in the patient database memory 15 becomes almost unnecessary.

  In the above-described embodiment, the case where the fetus is a twin has been described. However, triplets, quadruplets, quintuples, and data related to multiple fetuses that can be identified by fetal identifiers. Can be managed. Further, in the above-described embodiment, the upper limit of 27 characters and 3 characters at the maximum have been mentioned for the patient ID stored in the patient ID unit 21 and the fetus ID stored in the fetus ID unit 22, respectively. The limit of the input data amount in the storage areas 20a to 20c... Can be set to an arbitrary data amount depending on the memory size of the patient database memory 15 of the ultrasonic diagnostic apparatus. In particular, for example, the fetal ID section 22 can be set to a maximum number of characters or characters so that an easy-to-understand name (such as a name given after birth) can be set for the operator of the ultrasound diagnosis apparatus and the patient (pregnant woman) Enables the use of any one of information, image information, audio information, color information, symbols, digital information, or a combination thereof, and enables use of not only alphanumeric characters but also hiragana, katakana, kanji, etc. It is also possible to do. Moreover, in the above-mentioned embodiment, each data area of the patient ID part 21, the fetus ID part 22, the patient attribute part 23, and the fetus measurement data part 24 is stored in the storage areas 20a to 20c in the patient database memory 15. Although it is set, the maximum data amount can be arbitrarily set according to the memory size of the patient database memory 15 for each of these data areas, and any setting can be made for the type of data that can be stored. It is. Further, for example, in the fetus measurement data section 24, the ultrasound image information of the fetus (stationary tomographic image information, diagnostic image information such as Doppler, three-dimensional image information, tomographic image information reconstructed from three-dimensional image information, etc.) Can also be stored.

  In the above-described embodiment, fetal selection is mainly performed when a patient ID is input. However, fetal selection may be performed during display of a report screen, display of a graph, measurement, or the like. In the embodiment described above, the fetus is selected by the switch of the console 12. For example, a cursor or pointer is displayed on the display unit 7 and the cursor or pointer is operated by the console 12. It is possible to perform fetal selection on the graphic displayed on the display unit 7, and it is also possible to perform fetal selection using an LCD operation panel. It is also possible to display multiple fountain graphics on the graphic showing the fetus displayed on the display unit 7, and to perform fetal selection by selecting the graphic, and to perform fetal selection by a touch panel. Is also possible.

  The ultrasonic diagnostic apparatus according to the present invention has the effect of being able to perform multi-fetal growth management applicable to screening of multiple pregnant women in the obstetrics and gynecology based on a simple database configuration. It is useful as an ultrasonic diagnostic device applied to screening of multiple pregnant women in Japan.

1 is a block diagram showing an ultrasonic diagnostic apparatus according to an embodiment of the present invention. The schematic diagram which shows the structure of the memory for patient databases of the ultrasound diagnosing device in embodiment of this invention Block diagram showing an example of an ultrasonic diagnostic apparatus in the prior art

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Ultrasonic probe 2 Transmission circuit part 3 Reception circuit part 4 Reception signal processing circuit part 5 DSC (digital scan converter)
6 graphic synthesis circuit unit 7 display unit 10 control circuit unit 11 central control circuit unit 12 console 13 graphic control circuit unit 14 graphic memory circuit unit 15 patient database memory 16 patient ID selection memory 17 multiple selection memory 20a to 20c storage Area 21 Patient ID part 22 Fetal ID part 23 Patient attribute part 24 Fetal measurement data part 30 Multiple fetal growth measurement function part 31 Fetal growth measurement part 32 Past measurement result display part 33 Current measurement result display part 34 Assignment input processing part 40 Item measurement Result storage unit 41 Current measurement result 42 Past measurement result 50 Obstetric patient database

Claims (7)

An ultrasound diagnostic apparatus that generates ultrasound image information by transmitting and receiving ultrasound to and from a pregnant mother, and enables examination of the pregnant mother and the fetus in the mother body,
Display means for displaying image information;
An operation input means for the operator to operate and input;
A maternal identification information storage unit for storing maternal identification information for identifying the maternal body, and fetal identification information for storing fetal identification information for identifying each of the fetuses when the fetus in the maternal body is multiple. A storage area configured by a storage unit, a maternal attribute storage unit that stores attributes related to the mother, and a fetus measurement data storage unit that stores measurement results related to the fetus, wherein the maternal identification information and the fetus A database having the storage area for storing identification information, attributes relating to the mother, and measurement results relating to the fetus as a set of information;
A matrix selection memory for storing the matrix identification information of the matrix selected by the operation input means;
A multiple selection memory for storing the fetal identification information of the fetus selected by the operation input means;
Have
The ultrasonic diagnostic apparatus configured to be able to identify the selected fetus by the maternal identification information in the maternal selection memory and the fetal identification information in the multiple birth selection memory.   The ultrasonic diagnosis according to claim 1, wherein the fetal identification information is configured to use any one of character information, image information, audio information, color information, symbols, and digital information, or a combination thereof. apparatus.   When the maternal identification information is input by the operation input unit, when the measurement result of the fetus is displayed by the display unit, when the fetus is measured by the display unit, and when the ultrasound image information is displayed by the display unit 2. The apparatus according to claim 1, wherein the operator selects the fetus in any one or a plurality of situations, and the fetal identification information related to the selected fetus is stored in the multiple selection memory. 2. The ultrasonic diagnostic apparatus according to 2.   The selection of the fetus by the operation input unit is performed by selection using a switch on the console, selection on an image in the display unit by a cursor displayed by the display unit, selection using an operation panel, display by the display unit The ultrasonic diagnostic apparatus according to any one of claims 1 to 3, wherein the ultrasonic diagnostic apparatus is configured to be selected from any one of the selected multiple fetus images on the image, selection by a touch panel, or a combination thereof. .   The ultrasonic diagnostic apparatus according to any one of claims 1 to 4, wherein the database is provided in either or both of the internal and external of the ultrasonic diagnostic apparatus.   The ultrasonic diagnostic apparatus according to claim 1, wherein, when the fetus is selected, the display unit is configured to display identification information of the selected fetus. . The ultrasonic image information related to the fetus is used as a measurement result related to the fetus, and the ultrasonic image information related to the fetus is stored in the fetal measurement data storage unit. The ultrasonic diagnostic apparatus as described in one.

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